From owner-ibis Mon Jun 10 16:12:10 1996 Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id QAA17785 for ; Mon, 10 Jun 1996 16:12:08 -0700 (PDT) Received: from uucp3.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp3.UU.NET [192.48.96.34]) id QQatoe26193; Mon, 10 Jun 1996 19:02:40 -0400 (EDT) Received: from qdt.UUCP by uucp3.UU.NET with UUCP/RMAIL ; Mon, 10 Jun 1996 19:02:40 -0400 Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA01587; Mon, 10 Jun 96 15:58:23 PDT Received: from f14.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA18569; Mon, 10 Jun 96 15:58:24 PDT Date: Mon, 10 Jun 96 15:58:24 PDT From: jonp@qdt.com (Jon Powell) Message-Id: <9606102258.AA18569@hal.qdt.com> Received: by f14.qdt.com (4.1/SMI-4.1) id AA17196; Mon, 10 Jun 96 15:58:23 PDT To: ibis@vhdl.org Subject: Multi-Driver vs Rise Time Control At the Friday Face to Face I volunteered to give an example of a driver that could be modeled with a mutl-driver construct but could not be modeled using the VT array (which I call RTC for Rise Time Control). The following is a sharfile that contains a WORD doc of that example. If you can't read this, email me your fax number and I will send hard copy. regards, jon #------ cut here ------ cut here ------ cut here ------ #!/bin/csh -f # a shar file for an entire directory # To recreate: # 1) cut at the line above # 2) cd to destination directory # 3) run this file as follows: # csh cat << \SOURCE_END_BIG_LONG_STRING | uudecode begin 666 SOURCE_FILE M'YV0;>JPH9/&!9DW8P H7,BPH<.'$"-*G$BQ(HB+-VK4 '@(@@9,39VO!B# M!@V.'B_6@'$#ALN+-D*VO&&CQ@P8'FW D%&C8\6?0(,*'4JTJ-&C2),J78!;"6Z[^W#&^LQ;$V MQ]JW>//JW/'D",CYE8*#8 KX!(04(@ M0!F*8UTP4(BGC0"AQ#HW3-,4S6DV;5T#@*V039K3#&WC7JB[8>_'"T"FT%5[ 0V'3BQHFS.1UCH;+@%A:""XYB(0(UR0&<3[^^ M87N&[\VC;QAJ_NY1\QGB3[\?0)&%Z,P'S4*XK'':@ HALAT 'BQTS8)8+/2" M:0 DH5UZ0?TF'X8 R!# # &8959\G.5'%(GJF:C<@@S!H.)LV=468XH<_O1= M>B[B^&*.[LU7GHSLO:AAB>G55V-#8.QCR"T?7+%+ ( $Y\!"C@2' 6\S#@EC M>EJB:&1#/,:Q$(].E6EF$P(1U (1D;9H" YD!IK-GFFW&^40<=8! 1AIFF)'&&&G*&6<:K[XQQQQIB!$K"'2HV@:D9; !0AWZ@:JKW\:@PY]EC)&LG2[_N2N_GH8A1AJVT9%' MHHR"F^FFK+H*J[)TH*$L&4_'2>RIJ*,3@4AMA'&OL#':DH+6RK-,Y]XDL$"I\G.40?DWC8;MK)TV^VZ M[,>",,FSJP;+_\>LN;4$Q_Y)&/$&L;.S#L//1RE-@R" M$7,63Q#$S@I>ZKK6MQGSJF0<>KL8;X1]^=QIU&WL]YS#'N?P-K8RV&%:KTN5 M0%XF!LSY2@YCD-7]?B6Y/PU!3FY@@^_DEKE096]X>Z.#X%;VLDJI;F\0^]ZP MBK4_(ER06G+P4Z4T&+*1W6%3D8,<'BX"0\(9BU:G@P'D*BC$R-TA4]^RGJ/J M,+:R$6]TO )!2(I8P;"Q$ YO*!4=&I8$9ZG*#?D#00-M8T"P;0T$'HP@''Y8 MJUAM"XV"\Z&V)45L#*U33I64\*5+C@'#XU!FA-JUAIJ)2<:B4O M>C5,41D#P=+,!8='>:L,( LAL8QEO218 8XQQ!RQ/D6\,1!+7>^;HZ#JJ#>3 M10Z,;FB!;5:&K.F]#)8MJ*3+IC6J2X( DVB<;O@=%8#726RR35-#,\ M"F16H +L)M8L,A0K#(EJ0!#8P#,0."%_9F0A&#D%IP@V*F&++![JXO5)&/KI MCB;#I$!:5KP9?-*3H'R3"W00M*%][2-'HP(5F-""(33A"?5R70G7]BNLF2QL M>^L:TL$SUM[<1CUDO4R@3+#E_J8@0.*1U)IR M>-E&[' P8QD4H5Q\Z!DE^L\TB'13W2M#+:WXOY!AZY\U>Q:E3 9$):8-G^Y\ M'3R/^4MRFO4Q/"41V(=,'U-E1M*E7G "*K4>C>ME\#*JJP&WA%=%,VH MJM:*P$TUT*O*DMX9'K4M&CXK6G J0^& *4R&05)N&WN3Q^30!KN6"W$B0USD MTJK2L=+5K%!,)59=I2SRN4%U!63KIO"J-X$UZI#FDE_$LF>&,+#AJONZ71I, M2Y [FBN:TZ08W"(YAW'E[V^)[=C'B!<_654KK&!+6ZD$]BGJ"=984(03#B>5 M2A9NEGU8U.)9Y6;*-S2O6<%=;"9Q*$GC#B2=UD->THP%N=^U%[7'(H-2$\G4 M6OVN?^S,Y^M0<,1I_6UO1V1A'GQU,E^QX66'^A\GY>;"7PI5=\F"6*,N!@)% M.>$)5"A"0'?JSV]Y<%2EVM0XUY?*.:RA##>TUO2:]5M!UJN0;PF!*\WV3 MJZ[M)E&UAL(TX*%IE!VKKSH*70,B$%QY(.7>>OA<&DH/KJW^WM9E8SI'%+9XKR M,Q&"D&$04 &-GB!XUZ0 QM4@-6=RIN?H1"$(Q3!UX_F= ,N (!,*( 4T'A! 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on, 10 Jun 1996 23:15:26 -0700 (PDT) From: Doggy@hitel.kol.co.kr Received: (from root@localhost) by hitel.kol.net (8.6.9H1/8.6.9) id PAA19460 for ibis@vhdl.org; Tue, 11 Jun 1996 15:09:36 +0900 Date: Tue, 11 Jun 1996 15:09:36 +0900 Message-Id: <199606110609.PAA19460@hitel.kol.net> Subject: subscribe Apparently-To: ibis@vhdl.org subscribe From owner-ibis Wed Jun 12 10:07:23 1996 Received: from natsemi-bh.nsc.com (natsemi-bh.nsc.com [204.163.202.66]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id KAA20452 for ; Wed, 12 Jun 1996 10:07:22 -0700 (PDT) Received: (from uucp@localhost) by natsemi-bh.nsc.com (8.6.12/8.6.11) id KAA19272 for ; Wed, 12 Jun 1996 10:00:24 -0700 Received: from nsc.nsc.com by natsemi-bh.nsc.com via smap (V1.3) id sma019135; Wed Jun 12 10:00:04 1996 Received: from sunburn.nsc.com by nsc.nsc.com (5.65/1.34) with SMTP id AA02683 for ibis@vhdl.vhdl.org; Wed, 12 Jun 96 09:56:33 -0700 Received: by sunburn.nsc.com (4.1/SMI-4.1) id AA27297; Wed, 12 Jun 96 09:55:15 PDT Date: Wed, 12 Jun 96 09:55:15 PDT From: manoj@sunburn.nsc.com (Manoj Nachnani) Message-Id: <9606121655.AA27297@sunburn.nsc.com> To: ibis@vhdl.org Subject: unsubscribe Please unsubscribe me from your mailing list. Thanks From owner-ibis Wed Jun 12 11:06:56 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id LAA21216 for ; Wed, 12 Jun 1996 11:06:52 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Wed, 12 Jun 96 10:57 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 10:57 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 11:00 PDT Message-Id: Date: Wed, 12 Jun 96 11:00 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org Subject: IBIS MINUTES 6/7/96 DATE: June 12, 1996 SUBJECT: 6/7/96 EIA IBIS Open Forum Minutes VOTING MEMBERS AND 1996 PARTICIPANTS LIST: AMP Hank Herrmann*, Tim Minnick (phone)*, Russ Moser* Cadence Design C. Kumar* Contec CAE, Ltd. Dileep Divekar, Norio Matsui, Antonis Orphanou* Cypress Bruce Wenniger Hewlett Packard, EEsof Karl Kachigan*, Henry Wu HyperLynx Kellee Crisafulli INCASES Olaf Rethmeier, Ralf Bruening* Intel Corporation Stephen Peters, Will Hobbs*, Arpad Muranyi*, John Keifer, Aaron Tang, Duane Quiet, Donald Telian, Jim Kruchowski Interconnectix, Inc. Bob Ross* Meta-Software (Sanjay Gangal) Mitsubushi Tam Cao, Hoang Nguyen* Motorola Ahmed Omer* National Semiconductor Syed Huq*, Donald Snyder, Chune-Sin Yeh, Bill Aronson* NCR (formerly ATT-GIS) Dave Moxley (phone)*, Richard Mellitz NEC (Hiroshi Matsumoto), Quad Design Jon Powell*, Chris Rokusek* Texas Instruments Roger Cline, Ben Andresen, Sri Jandhyala, Tareq Shahwan, Dan Phipps Thomson-CSF/SCTF (Jean LeBrun) UniCAD Canada Ltd. Celso Faia* VLSI Technology Dick Ulmer*, Sung Oh, Swami Gangadharan, Daniel Kim, Tom Dockery, D.C. Sessions* Zuken-Redac (John Berrie) OTHER PARTICIPANTS IN 1996: Alcatel John Fitzpatrick Altera Vadim von Brzeski Apteq Design System Dan FitzPatrick Compaq Mark Leonard Digital Equipment Corp. Jeff Chu EIA Patti Rusher* IC Works Eric Chen Micron Technology Brian Johnson MicroSim Ralph Perez Molex Gus Panella North Carolina State U. (Michael Steer) Oki Semiconductor Tom Chao Philips Semiconductor Mike Magdaluyo Rockwell Collins Thomas Thurman S3, Inc. Sarathy Sribhashyam*, Phap Duong Seimans Nixdorf Arnaud Lacariere Symmetry Andy Hughes* Tektronix, Inc. Brock Hannibal TRW & Free Model Foundation Robert Harrison Veribest Ian Dodd*, David Wiens VTC, Inc. Bob Ward* Zeelan Technology George Opsahl In the list above, attendees at the meeting are indicated by *. Principle members or other active members who have not attended are in parentheses. Upcoming Meetings: The bridge numbers for future IBIS teleconferences are as follows: Date Bridge Number Reservation # Passcode 6/28/96 (916) 356-9200 2-78902 4366478 7/19/96 (916) 356-9200 2-78903 6186335 All meetings are 8:00 AM to 9:55 AM Pacific Time. We try to have agendas out 7 days before each open forum and meeting minutes out within 7 days after. When you call into the meeting, ask for the IBIS Open Forum hosted by Will Hobbs and give the reservation number and passcode. NOTE: "AR" = Action Required. -------------------------------- MINUTES ------------------------------------- INTRODUCTIONS Will Hobbs called the meeting to order and complemented Jon Powell for the Buttons and Placards. The attendees introduced themselves. New attendees for 1996 included D.C. Sessions of VLSI, Bob Ward of VTC, Inc., Russ Moser of AMP, Bill Aronson of National Semiconductor, Antonis Orphanou of Contec, Andy Hughes of Symmetry, Hoang Nguyen of Mitsubishi, and Ralf Brueing of INCASES. Twenty five people attended from eighteen different organizations. EIA MEMBERSHIP AND TREASURER'S REPORT Patti Rusher did not have updated figures, but estimates the treasury at about $6000 after DAC expenses. She has requested a formal monthly report. Both Veribest and Digital Equipment Corporation are expected to join as soon as payment is received on their invoices. Payment has not been received from Quantic and Tanner, so they have been dropped from membership status. MINUTES REPORT, MISC. No Corrections. MISCELLANY/ANNOUNCEMENTS None. PRESS AND WEB PAGE UPDATES The 1996 Proceedings of the 46th Electronic Components & Technology Conference, May 28-31, 1996 contains a paper by Peivand Tehraini, Yuzhe Chen, and Jiayuan Fang on "Extraction of Transient Behavioral Model of Digital I/O Buffers from IBIS". VLSI is considering Web access for their models, but they are currently available through direct contact. Also, ICS, Inc. has IBIS models. NEW MODELS None reported. OPENS FOR NEW ISSUES Will Hobbs for International Efforts Patti Rusher for DAC97 INTERNATIONAL STANDARDIZATION Will Hobbs summarized the recent international efforts to date. An Express representation is required to move forward. The experts at the University of Manchester estimate an upper limit of 2 months effort to upgrade IBIS Version 2.0 to Version 2.1 with documentation suitable for review. The rate for such effort is $6000 per month. Patti Rusher said that there were efforts to obtain this money. Patti summarized the steps toward international standardization. Since IBIS is a formal ANSI standard it is ready to be forwarded as a new work item proposal to IEC once an Express representation is available. Then it will be assigned to a working group and would probably take about 2-1/2 years to reach adoption because of the time necessary to poll the member countries. A faster model for standardization is being adopted since technology life cycles can be much shorter. Ian Dodd mentioned that David Wiens submitted concerns about IBIS inclusion of EDIF 4 0 0. Patti reported that the comments had been received. DAC97 (DESIGN AUTOMATION CONFERENCE) Patti Rusher reported much interest in IBIS at the Standards booth and will forward the names of people requesting information. The IBIS sign attracted attention and the unified appearance promoted unity among standards. The booth was professionally designed as opposed to the ad-hoc appearance of last year. Thank you Patti for a job well done. Jon Powell would like to see EIA IBIS members listed next year, and Patti thought that would fit in well. We generally agreed to participate in the Standards Booth in 1997. Jon mentioned other ideas including a separate static display for IBIS and hot Web page links. Karl Kachigan stated that that was effective at DAC. EIA AWARDS The following organizations received award placards for outstanding service in promoting IBIS Models and Utilities. National Semiconductor for providing IBIS models, presented to Syed Huq Intel Corporation for providing IBIS models, presented to Arpad Muranyi HyperLynx for providing the "winibis" plotting utility (Kellee Chrisafulli) North Carolina State University for providing "s2ibis" and "s2iplt" utilities (Steve Lipa, Alan Glaser, Michael Steer, Paul Franzon) Also, Will Hobbs received a placard for outstanding service as chair of the EIA/IBIS Committee. ELECTIONS OF OFFICERS FOR 1996/1997 Will Hobbs indicated that he will be on sabbatical for several months and and declined to serve as chair for next year. He summarized the duties of all positions and asked for nominations. The following new officers were nominated and elected: Chair: Bob Ross, Interconnectix, Inc. Vice-Chair: Syed Huq, National Semiconductor Secretary: None Librarian: Jon Powell, Quad Design Bob indicated that we are searching for a Secretary, but some of the duties can be divided among the officers. Syed will continue his fine work managing and upgrading the EIA IBIS Web site, and Jon indicated that he plans to expand the Librarian role to provide links to other IBIS model locations. BIRD36 - BOARD LEVEL COMPONENT DESCRIPTION (To Be Submitted) Will Hobbs started the discussion by stating the Stephen Peters held an on site Package Committee meeting on 6/6/96 with Jon Powell, Hank Herrmann, C. Kumar, Ian Dodd, and Bob Ross. Stephen had to return home, but the meeting continued. The subsequent discussion changed the direction of BIRD36 back to a prior position. Bob Ross started the technical discussion by presenting an overview: 1. Currently IBIS deals with electrical component descriptions to be used with physical board descriptions (PBD). Typically a number of vendor specific formats are used for PBDs, but EDIF 4 0 0 also provides a standardized format. Most EDA tools provide electrical processing of PBDs and IBIS models. The .ibs file contains package information which can exist within the .ibs file or can exist in a separate .pkg file for Version 2.1 matrices and BIRD28.3 extensions. Even with extensions, the package description is for a single pin only. 2. There are two overlapping proposals regarding extensions. The first is BIRD36 covering the other extreme - an electrical board description (EBD). It deals with PATHS which can connect multiple pins and internal nodes. These internal nodes can reference IBIS model pins. The EBD is intended to provide electrical characteristics of SIMMs, MCMs, and also electrical stubs where the physical board has not been designed. At the lowest level, the EBD can be used for connector, cable and socket models because they are usually direct two-pin paths. The second is BIRD31.3, the Mated Models proposal which extends BIRD28.3 to cover direct, two-pin paths only. It would not require the addition of PATH syntax, but would be limited in its scope. Because of some advanced connector designs, Hank Herrmann favors the BIRD36 approach to avoid having two methods to provide the same information. So the Package Committee proposal is to focus on BIRD36 and have it include mated models. 3. Both the .pkg file and the EBD (.ebd) handle discrete LRC components, distributed LRC components, MATRIX functionality (including coupling), and sections. The EBD also adds PATHS, PINS, NODES, FORKS, Tedge_rate and Cpad. Stephen Peters has indicated that he would like FORKS added to the .pkg file. The EBD would reside in a separate file. However, it could contain IBIS components within, or it could reference IBIS components in .ibs files in the same directory. (Simulator companies could extend this to include search paths to other directories.) So it is possible that a .ebd file references a component in a .ibs file which references a package description in a .pkg file. The details and BIRD36 syntax need to be worked out. Even internal paths between components are permitted within EBDs. 4. EBDs can connect to other EBDs and to PBDs. It is permitted to have PBDs connected by connector EBDs. Or connector EBDs can connect other EBDs EBDs and PBDs. Or EBDs can contain within it the connector or socket EBD. Currently, the PentiumPro IBIS model has a package description that includes its always present socket. However, this device could also be attached through an EBD socket. The boundaries of all physical connections extend to the physical surfaces of the devices. 5. There is still a need to investigate all of the possible connection scenarios to be sure that all the cases are covered. There are limits to how well the EBD will characterize MCMs and complicated boards since its individual coupled matrix capability is limited. In such cases, the PCB approach should be used. The EBD is not intended for large boards. In the discussion that followed, Hank Herrmann mentioned the need to support unloaded sockets, such as an unpopulated SIMM socket. Hank also stressed that Tedge_rate be defined in BIRD36 similar to BIRD31.3 to set the accuracy range. Distributed models need to be used, if specified, so that the structurally smallest Tedge_rate limit can be applied without numerical degradation. The 20-80% definition should be used. C. Kumar added that Tedge_rate can be used for optimal model selection. AR - Stephen Peters (and Bob Ross) submit BIRD36.1 with changes reflecting the Package Committee agreement and ensuring that the BIRD31.3 functionality is fully included. AR - Stephen Peters submit an upgrade to approved BIRD28.3 to include forks and endforks. The other Package Birds were discussed briefly. BIRD31.3 - Mated Models is expected to be dropped pending the outcome of BIRD36.1. BIRD32 - Additional Enhancement to the Package Model contains some technical complexities which are currently being shelved. BIRD33 - Physical representation was voted NO. The IBIS committee had already agreed upon a position recommended by the Package Committee that EDIF 4 0 0 should be supported as the physical description format. PRIORITIES AND WISHES FOR VERSION 3.0 Will Hobbs used some available time for discussion of this topic with respect to the proposed Version 3.0 release by the end of the year. Arpad Muranyi asked what was needed for Version 3.0. The discussion included model selection (BIRD 30.2 - approved), package extensions (BIRD28.3+), electrical board descriptions (BIRD36), multi-staged switching (pending BIRD35), stored charge effects (pending BIRD 34.1), and possibly feedback, scaling, and thresholds. Feedback can be voltage or time based. It could be time or voltage related. However, the mechanisms tend to be proprietary, making formulating a proposal difficult. There was some discussion on whether some scaling mechanism coupled with voltage or resistor sensing could provide static or controlled feedback. Threshold extensions including overshoot limits could be added via the BIRD process. Bus-hold effects were also mentioned. At the January IBIS summit we learned that these effects produced almost insignificant corrections in the 100 uA range. If they are time based, they might be included in BIRD35 Multi-staged extensions. VALIDATION DISCUSSION Russ Moser presented a position that by corporate policy AMP and other companies must give the best models possible. This forces internal validation policies. It is difficulty to validate "IBIS" connector models without internal IBIS processing tools. He speculated that other companies might be reluctant to release models that have not been validated. BIRD35 - MULTI-STAGED OUTPUTS Bob Ross briefly discussed this proposal for providing within a single model the ability to have multiple V/I and V/T tables. All the V/T tables would have the same reference time. This proposal reflects actual device architecture, although creating actual tables might be difficult because of interactions. Arpad Muranyi questioned whether the existing V/T method was adequate. Jon Powell will provide specific examples where multi- staged models are necessary to give the correct answer. One example has the switching outputs drawn from one voltage reference, and the stable DC level from another voltage reference. C. Kumar argued that it is possible to link existing models together to create effective multi-staged switching through scripts. However, D.C. Sessions and Dick Ulmer preferred that all of the switching mechanisms be contained within a single model. AR - Jon Powell submit examples of simulation behaviors that require multi-staged models [Done]. BIRD34.1 - STORED CHARGE EFFECTS Bob Ross summarized the Spice program differences sent out. Both programs cover identical cases, but one program uses a transmission line model similar to actual situations where glitches are produced, while the other represents a 50 ohm source and load test circuit which would be easier to extract the data. The first circuit shows nearly exact agreement, while the second circuit has more error when clamp tables are used due to some numerical artifacts related to derivative sensitivity. Effective TT parameters are proposed for [Gnd Clamp] and [Power Clamp] tables, and BIRD34.1 shows mathematical relationships to the non-linear capacitance. Jon Powell had shown earlier that a TT and a voltage variable capacitance produced the same effects. D.C. Sessions and others argued that perhaps a Capacitance vs. Voltage table would be preferred to supplement or replace C_comp. EGG10 - PARSER ADDITIONS FOR NUMERICAL CHECKING Chris Rokusek stated that he still plans to provide some numerical values for the proposed warning limits for ibischk2. NEXT MEETING: The next meeting is on Friday, June 28, 1996 8:00 A.M. to 10:00 A.M. Syed Huq will Chair the meeting since Bob Ross will be out. ============================================================================== NOTES IBIS CHAIR: Bob Ross (503) 603-2523, Fax (503) 639-3469 bob@icx.com Modeling Engineer, Interconnectix, Inc. 10220 SW Nimbus Ave, K4, Portland, OR 97223 VICE CHAIR: Syed Huq (408) 721-4874, Fax: (408) 721-4785 huq@rockie.nsc.com Product Marketing Manager, National Semiconductor, M/S A-2595 2900 Semiconductor Drive, Santa Clara, CA 95052 LIBRARIAN: Jon Powell (805) 988-8250, Fax: (805) 988-8259 jonp@qdt.com Transmission-Line Products Manager, Quad Design 1385 Del Norte Rd., Camarillo, CA 93010 SECRETARY: Vacant This meeting was conducted in accordance with the EIA Legal Guides and EIA Manual of Organization and Procedure. The following e-mail addresses are used: ibis-request@vhdl.org To join, change, or drop from either the IBIS Open Forum Reflector (ibis@vhdl.org), the IBIS Users' Group Reflector (ibis-users@vhdl.org) or both. State your request. ibis-info@vhdl.org To obtain general information about IBIS, to ask specific questions for individual response, and to inquire about joining the EIA-IBIS Open Forum as a full Member. ibis@vhdl.org To send a message to the general IBIS Open Forum Reflector. This is used mostly for IBIS Standardization business and future IBIS technical enhancements. ibis-users@vhdl.org To send a message to the IBIS Users' Group Reflector. This is used mostly for IBIS clarification, current modeling issues, and general user concerns. ibischk-bug@vhdl.org To report ibischk2 parser bugs. The Bug Report Form Resides on vhdl.org in /pub/ibis/bugs/bugform.txt along with reported bugs. Information on IBIS technical contents, IBIS participants, and actual IBIS models are available on the IBIS Home page found by selecting the Electronic Information Group under: http://www.eia.org Check the pub/ibis directory on vhdl.org for more information on previous discussions and results. You can get on via ftp anonymous, "guest" login from telnet or dial-in (415-335-0110), or send an e-mail request to the automatic archive server, archive@vhdl.org. "IBIS Spoken Here" placards are available from Jon Powell (jonp@qdt.com) for use at trade shows. ============================================================================== From owner-ibis Wed Jun 12 12:11:52 1996 Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id MAA21990 for ; Wed, 12 Jun 1996 12:11:51 -0700 (PDT) Received: from uucp6.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp6.UU.NET [192.48.96.37]) id QQatuy10177; Wed, 12 Jun 1996 15:02:14 -0400 (EDT) Received: from qdt.UUCP by uucp6.UU.NET with UUCP/RMAIL ; Wed, 12 Jun 1996 15:02:14 -0400 Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA00863; Wed, 12 Jun 96 11:16:25 PDT Received: from f14.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA02610; Wed, 12 Jun 96 11:16:26 PDT Date: Wed, 12 Jun 96 11:16:26 PDT From: jonp@qdt.com (Jon Powell) Message-Id: <9606121816.AA02610@hal.qdt.com> Received: by f14.qdt.com (4.1/SMI-4.1) id AA19338; Wed, 12 Jun 96 11:16:24 PDT To: ibis@vhdl.org Cc: jonp@qdt.com, bob@icx.com Subject: Bird 35 Bob et al. I just read bird 35 and have the following observations: 1)There is one functionality that appear to be missing and that is a way to shut OFF a driver during a rising (or falling edge). There is a class of drivers that turn on at 0 but then one driver turns off a few nanoseconds later. 2) I think that a much easier way of organizing this data would be for the new construct to refer to existing device models (that already have their own pull-ups and VT arrays) and then just specify their relative scheduling. for instance: (with no particular syntax implied) DRIVER MASTER_OUT SUB_DRIVER FAST_OUT_1 turn_on_rising: .3ns turn_off_rising: 1.0ns turn_on_falling: 0.0 turn_off_falling: NONE SUB_DRIVER FAAST_OUT_2 turn_on_rising: 0.0 turn_off_rising: NONE turn_on_FALLING: 0.0 turn_off_falling: 1.0 etc the NONE means that that device never turns off (until the next state change). If sub_models only have pullup or pulldown components, then they would be defined the same as open-collector etc. All parameters of each of the standard drivers are inherited (if they make sense) and this master driver would contain the parameters that only make sense for the outside device (like the package paramters). I think this is easier to understand and easier to model since now each of the sub_drivers can be extracted using existing IBIS methodology. regards, jon From owner-ibis Wed Jun 12 18:04:18 1996 Received: from ntuix.ntu.ac.sg (ntuix.ntu.ac.sg [155.69.1.5]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id SAA24882 for ; Wed, 12 Jun 1996 18:04:07 -0700 (PDT) Received: (from exzhou@localhost) by ntuix.ntu.ac.sg (8.7.5/8.7.3) id IAA23878; Thu, 13 Jun 1996 08:54:27 +0800 (SST) Date: Thu, 13 Jun 1996 08:54:27 +0800 (SST) From: Zhou Xing Message-Id: <199606130054.IAA23878@ntuix.ntu.ac.sg> To: ibis@vhdl.org Subject: unsubscribe Cc: exzhou@ntuix.ntu.ac.sg Please delete my name from the mailing list. Thanks. From owner-ibis Wed Jun 12 18:59:27 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id SAA25171 for ; Wed, 12 Jun 1996 18:59:26 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Wed, 12 Jun 96 18:49 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 18:49 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 18:52 PDT Message-Id: Date: Wed, 12 Jun 96 18:52 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org, jonp@qdt.com Subject: Re: Bird 35 Jon and IBIS Committee: Eventually examples with numerical tables will be needed to support some our observations. A brief response to your comments is: (1) While perhaps not stated, my intention was to support through individual Waveform tables the capability of turning on and off a particular internal driver. Also, a particular stage could function in just the rising or falling direction only. The [Rising Waveform(x)] table of stage x could go from low to high and then return to the low state. The [Falling Waveform(x)] table could just be held constant at the low state. Also my intention was to allow [Pullup(x)] or [Pulldown(x)] only stages. (2) You make a point that a scheduling table could be considered to define the relative phasing of the stages. It would be clearer to have this information in one area and allow easier adjustment to match the internal phasing activity with a know external response. The actual rise/fall time shapes are still in the Waveform tables. So I expect to have some scheduling syntax. The scheduling could still work withing the BIRD35 proposal to schedule the internal stages. One stated preference was to group the information in one [Model] versus just scheduling several existing models. One of the aspects of the proposed grouping and restrictions is to avoid having duplicate characteristics in the model. Thus the [Power Clamp] and [Gnd Clamp] tables appear only once. Similarly for the [Model] subparameters. The package characteristics would apply just to the total model. Bob Ross Interconnectix, Inc. > Date: Wed, 12 Jun 96 11:16:26 PDT > From: jonp@qdt.com (Jon Powell) > To: ibis@vhdl.org > Cc: jonp@qdt.com, bob@icx.com > Subject: Bird 35 > Bob et al. > I just read bird 35 and have the following observations: > 1)There is one functionality that appear to be missing and that is a way > to shut OFF a driver during a rising (or falling edge). There is a class of > drivers that turn on at 0 but then one driver turns off a few nanoseconds later. > 2) I think that a much easier way of organizing this data would be for the > new construct to refer to existing device models (that already have their own > pull-ups and VT arrays) and then just specify their relative scheduling. > for instance: (with no particular syntax implied) > DRIVER MASTER_OUT > SUB_DRIVER FAST_OUT_1 turn_on_rising: .3ns turn_off_rising: 1.0ns turn_on_falling: 0.0 turn_off_falling: NONE > SUB_DRIVER FAAST_OUT_2 turn_on_rising: 0.0 turn_off_rising: NONE turn_on_FALLING: 0.0 turn_off_falling: 1.0 > etc > the NONE means that that device never turns off (until the next state change). > If sub_models only have pullup or pulldown components, then they would be defined the same as open-collector etc. > All parameters of each of the standard drivers are inherited (if they make sense) and this master driver would contain > the parameters that only make sense for the outside device (like the package paramters). > I think this is easier to understand and easier to model since now each of the sub_drivers can be extracted > using existing IBIS methodology. > regards, > jon From owner-ibis Thu Jun 13 10:38:51 1996 Received: from hpfcla.fc.hp.com (hpfcla.fc.hp.com [15.254.48.2]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id KAA02343 for ; Thu, 13 Jun 1996 10:38:45 -0700 (PDT) Received: from hpfcdjd.fc.hp.com by hpfcla.fc.hp.com with SMTP (1.37.109.16/15.5+IOS 3.20) id AA006206973; Thu, 13 Jun 1996 11:29:34 -0600 Received: by hpfcdjd.fc.hp.com (1.38.193.4/15.5+IOS 3.22) id AA04828; Thu, 13 Jun 1996 11:29:14 -0600 From: Dave Delazzer Message-Id: <9606131729.AA04828@hpfcdjd.fc.hp.com> Subject: unsubscribe To: ibis@vhdl.org Date: Thu, 13 Jun 96 11:29:14 MDT Mailer: Elm [revision: 70.85] Please unsubscribe me from your list. Thanks, Dave DeLazzer From owner-ibis Thu Jun 13 11:34:33 1996 Received: from marceau.fm.intel.com (marceau.fm.intel.com [132.233.247.8]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id LAA02997 for ; Thu, 13 Jun 1996 11:34:32 -0700 (PDT) Received: from fmmail.fm.intel.com by marceau.fm.intel.com (8.7.4/10.0i); Thu, 13 Jun 1996 18:25:03 GMT Received: (from ccmgate@localhost) by fmmail.fm.intel.com (8.7.4/8.7.3) id LAA26175; Thu, 13 Jun 1996 11:26:24 -0700 (PDT) Received: by ccm.fm.intel.com (ccmgate 3.2 #2) Thu, 13 Jun 96 11:26:24 PDT Date: Thu, 13 Jun 96 11:22:00 PDT From: Arpad Muranyi Message-ID: To: ibis@vhdl.org cc: jonp@qdt.com, bob@icx.com Subject: Re: Bird 35 Text item: I like this suggestion. Arpad 2) I think that a much easier way of organizing this data would be for the new construct to refer to existing device models (that already have their own pull-ups and VT arrays) and then just specify their relative scheduling. Text item: External Message Header The following mail header is for administrative use and may be ignored unless there are problems. ***IF THERE ARE PROBLEMS SAVE THESE HEADERS***. Subject: Bird 35 Cc: jonp@qdt.com, bob@icx.com To: ibis@vhdl.org Received: by f14.qdt.com (4.1/SMI-4.1) id AA19338; Wed, 12 Jun 96 11:16:24 PDT Message-Id: <9606121816.AA02610@hal.qdt.com> From: jonp@qdt.com (Jon Powell) Date: Wed, 12 Jun 96 11:16:26 PDT Received: from f14.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA02610; Wed, 12 Jun 96 11:16:26 PDT Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA00863; Wed, 12 Jun 96 11:16:25 PDT Received: from qdt.UUCP by uucp6.UU.NET with UUCP/RMAIL ; Wed, 12 Jun 1996 15:02:14 -0400 Received: from uucp6.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp6.UU.NET [192.48.96.37]) id QQatuy10177; Wed, 12 Jun 1996 15:02:14 -0400 (EDT) Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8. 7.3/8.7.3) with ESMTP id MAA21990 for ; Wed, 12 Jun 1996 12:11:51 -0700 (PDT) Received: from vhdl.vhdl.org (vhdl.vhdl.org [198.31.14.3]) by ormail.intel.com ( 8.7.4/8.7.3) with ESMTP id MAA19870; Wed, 12 Jun 1996 12:05:00 -0700 (PDT) Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by relay.jf.i ntel.com (8.7.4/8.7.3) with ESMTP id MAA11263; Wed, 12 Jun 1996 12:04:58 -0700 ( PDT) Return-Path: owner-ibis@vhdl.vhdl.org From owner-ibis Thu Jun 13 11:39:36 1996 Received: from wotan.compaq.com (root@wotan.compaq.com [207.18.199.254]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id LAA03022 for ; Thu, 13 Jun 1996 11:39:35 -0700 (PDT) From: NKarim@bangate.compaq.com Received: from mail.compaq.com(really [207.18.199.36]) by wotan.compaq.com via sendmail with smtp id for ; Thu, 13 Jun 96 13:30:32 -0500 (CDT) (/\##/\ Smail3.1.30.16 #30.2 built 25-may-96) Received: from bangate.compaq.com(really [131.168.114.234]) by mail.compaq.com via sendmail with smtp id for ; Thu, 13 Jun 96 13:22:56 -0500 (CDT) (/\##/\ Smail3.1.30.16 #30.2 built 25-may-96) Received: by bangate.compaq.com; Thu, 13 Jun 96 13:22:56 CDT Date: Thu, 13 Jun 96 13:21:02 CDT Message-ID: X-Priority: 3 (Normal) To: Subject: unsubscribe Please unsubscribe me from your mailing list. From owner-ibis Thu Jun 13 13:33:17 1996 Received: from access.mbnet.mb.ca (uucp@access.mbnet.mb.ca [204.112.178.11]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id NAA03956 for ; Thu, 13 Jun 1996 13:33:10 -0700 (PDT) Received: by access.mbnet.mb.ca with UUCP id AA07351 (5.67b/IDA-1.4.4 for ibis@vhdl.org); Thu, 13 Jun 1996 15:23:27 -0500 Received: by quantic.mb.ca (4.1/SMI-4.1) id AA24220; Thu, 13 Jun 96 15:23:56 CDT From: ventham@quantic.mb.ca (Mike Ventham) Message-Id: <9606132023.AA24220@quantic.mb.ca> Subject: Unsubscribing from the list - How to do it! To: ibis@vhdl.org Date: Thu, 13 Jun 96 15:23:55 CDT X-Mailer: ELM [version 2.3 PL11] Attention: Potential Unsubscribers It clearly states in the IBIS minutes that go out to everyone on the mailing list that (and I quote):- Send mail to:- ibis-request@vhdl.org To join, change, or drop from either the IBIS Open Forum Reflector (ibis@vhdl.org), the IBIS Users' Group Reflector (ibis-users@vhdl.org) or both. State your request. Using this procedure would help everyone to avoid being flooded by unsubscribe messages, everytime one is sent by someone who has not read the instructions. Thanks for your co-operation in keeping the Internet an unlittered place. Regards Mike +======================================================================+ | Mike Ventham - Vice President Engineering, Quantic Laboratories Inc, | | 12th Floor, 191 Lombard Ave, Winnipeg, Manitoba, Canada R3B 0X1 | | Tel: (204) 942 4000 Fax: (204) 957 1158 Email: ventham@quantic.mb.ca | | Brookside House, The Street, Chilcompton, Bath, Avon, England BA3 4HB| | Tel: (0) 1761 232191 Fax: Same Email: quantic@dial.pipex.com | +======================================================================+ From owner-ibis Thu Jun 13 13:56:01 1996 Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id NAA04182 for ; Thu, 13 Jun 1996 13:56:01 -0700 (PDT) Received: from relay.jf.intel.com (relay.jf.intel.com [134.134.131.6]) by ormail.intel.com (8.7.4/8.7.3) with ESMTP id NAA12971 for ; Thu, 13 Jun 1996 13:46:32 -0700 (PDT) Received: (from ccmgate@localhost) by relay.jf.intel.com (8.7.4/8.7.3) id NAA18027 for ibis@vhdl.org; Thu, 13 Jun 1996 13:46:28 -0700 (PDT) Received: by ccm.jf.intel.com (ccmgate 3.2 #6) Thu, 13 Jun 96 13:46:28 PDT Date: Thu, 13 Jun 96 13:44:00 PDT From: Will Hobbs Message-ID: To: ibis@vhdl.org Subject: How to unsubscribe Folks, If you want to remove yourself from the IBIS reflector mailing list, send the request to ibis-request@vhdl.org. This will avoid the unnecessary copying of everyone on the list of your intention and will accomplish the same thing. Will Hobbs Intel Corp. From owner-ibis Mon Jun 17 12:36:39 1996 Received: from natsemi-bh.nsc.com (natsemi-bh.nsc.com [204.163.202.66]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id MAA17022 for ; Mon, 17 Jun 1996 12:36:39 -0700 (PDT) Received: (from uucp@localhost) by natsemi-bh.nsc.com (8.6.12/8.6.11) id MAA20739 for ; Mon, 17 Jun 1996 12:30:10 -0700 Received: from nsc.nsc.com by natsemi-bh.nsc.com via smap (V1.3) id sma020545; Mon Jun 17 12:29:46 1996 Received: from lightning-gw.nsc.com by nsc.nsc.com (5.65/1.34) with SMTP id AA00739 for ibis@vhdl.org; Mon, 17 Jun 96 12:26:38 -0700 Received: from kural by rockie.nsc.com (4.1/SMI-4.1) id AA01486; Mon, 17 Jun 96 12:29:57 PDT Date: Mon, 17 Jun 96 12:29:57 PDT From: huq@rockie.nsc.com (Syed Huq) Message-Id: <9606171929.AA01486@rockie.nsc.com> To: ibis@vhdl.org Subject: New IBIS tools added to EIA/IBIS homepage Cc: huq@rockie.nsc.com IBISfans, We have added a new section to our ANSI/EIA-656 IBIS homepage. This is titled, 'IBIS Tools' and has links to the following: * IBIS parser * Visual IBIS Editor * SPICE-to-IBIS conversion * IBIS cookbook(v1.1) The 'IBIS Tools' should help our model providers with the necessary information for IBIS model generation. We have also added more links on our virtual poster page to member company web sites. Visit the web site at: http://www.eia.org/eig/ibis/ibis.htm Regards, Syed National Semiconductor From owner-ibis Tue Jun 18 16:52:12 1996 Received: from montana.nwlink.com (kellee@montana.nwlink.com [199.242.23.13]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id QAA22333 for ; Tue, 18 Jun 1996 16:52:12 -0700 (PDT) Received: (from kellee@localhost) by montana.nwlink.com (8.7.4/8.7.3) id QAA21211; Tue, 18 Jun 1996 16:42:39 -0700 (PDT) Message-Id: <2.2.32.19960618234137.006d0218@mail.nwlink.com> X-Sender: kellee@mail.nwlink.com X-Mailer: Windows Eudora Pro Version 2.2 (32) Mime-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Date: Tue, 18 Jun 1996 16:41:37 -0700 To: ibis@vhdl.org From: Kellee Crisafulli Subject: Thankyou for the plaque Hi people, I would like to thank the IBIS group for the very nice plaque (for Visual IBIS editor). Also my thanks to Will Hobbs for all his hard work as past chairman. Kellee Crisafulli, HyperLynx Inc. Have a great day...Kellee Crisafulli, HyperLynx Inc. From owner-ibis Wed Jun 19 08:15:45 1996 Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id IAA13176 for ; Wed, 19 Jun 1996 08:15:45 -0700 (PDT) Received: from relay.jf.intel.com (relay.jf.intel.com [134.134.131.6]) by ormail.intel.com (8.7.4/8.7.3) with ESMTP id IAA17887; Wed, 19 Jun 1996 08:06:12 -0700 (PDT) Received: (from ccmgate@localhost) by relay.jf.intel.com (8.7.4/8.7.3) id IAA08600; Wed, 19 Jun 1996 08:06:09 -0700 (PDT) Received: by ccm.jf.intel.com (ccmgate 3.2 #6) Wed, 19 Jun 96 08:06:09 PDT Date: Wed, 19 Jun 96 08:05:00 PDT From: Will Hobbs Message-ID: To: owner-ibis@vhdl.org, ibis@vhdl.org Subject: Re: Thankyou for the plaque Text item: Kellee, Thank you for your generous offering of the use of Visual IBIS. This is the spirit that makes IBIS the positive force that it is. And, thank you for your kind words regarding my work as chairman. With the incredible support and energy of such a great group of people that comprise the IBIS Open Forum, being chair was deeply satisfying. Few activities in my life have yelded such a high return of results, growth and satisfaction as did my tenure with IBIS. This is a testament to the intelligence, vision and dedication of forum members. Thanks for the opportunity. Will Hi people, I would like to thank the IBIS group for the very nice plaque (for Visual IBIS editor). Also my thanks to Will Hobbs for all his hard work as past chairman. Kellee Crisafulli, HyperLynx Inc. Have a great day...Kellee Crisafulli, HyperLynx Inc. Text item: External Message Header The following mail header is for administrative use and may be ignored unless there are problems. ***IF THERE ARE PROBLEMS SAVE THESE HEADERS***. Subject: Thankyou for the plaque From: Kellee Crisafulli To: ibis@vhdl.org Date: Tue, 18 Jun 1996 16:41:37 -0700 Content-Type: text/plain; charset="us-ascii" Mime-Version: 1.0 X-Mailer: Windows Eudora Pro Version 2.2 (32) X-Sender: kellee@mail.nwlink.com Message-Id: <2.2.32.19960618234137.006d0218@mail.nwlink.com> Received: (from kellee@localhost) by montana.nwlink.com (8.7.4/8.7.3) id QAA2121 1; Tue, 18 Jun 1996 16:42:39 -0700 (PDT) Received: from montana.nwlink.com (kellee@montana.nwlink.com [199.242.23.13]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id QAA22333 for ; Tue, 18 Jun 1996 16:52:12 -0700 (PDT) Received: from vhdl.vhdl.org by hermes.intel.com (8.7.4/10.0i); Tue, 18 Jun 1996 18:01:15 -0700 Received: from hermes.intel.com by ichips.intel.com (8.7.4/jIII) id TAA27924; Tue, 18 Jun 1996 19:35:46 -0700 (PDT) Received: from ichips.intel.com (ichips.intel.com [134.134.50.200]) by relay.jf. intel.com (8.7.4/8.7.3) with ESMTP id TAA21183; Tue, 18 Jun 1996 19:37:04 -0700 (PDT) Return-Path: owner-ibis@vhdl.vhdl.org From owner-ibis Fri Jun 21 10:39:01 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id KAA04233 for ; Fri, 21 Jun 1996 10:38:58 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Fri, 21 Jun 96 10:29 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Fri, 21 Jun 96 10:29 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Fri, 21 Jun 96 10:32 PDT Message-Id: Date: Fri, 21 Jun 96 10:32 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org Subject: BIRD35.1 Multi-staged Outputs To IBIS Committee: In response to Jon Powell's comments and support by others, BIRD35.1 adds the [Rising Sequence] and [Falling Sequence] tables to specify the times each stage transitions (and possibly returns), relative to a common starting reference time. The example illustrates a conventional stage, a pulldown stage, and a pullup stage (for a pulse only). The pulldown stage and the pullup stage illustrate two different modes of operation which the IBIS syntax would allow. In the case of the pulldown stage, the pulldown current is turned off during the rising transition and turned on during the falling transition. The pullup stage produces additional pullup current only during the rising transition and then shuts off. It does not operate during the falling transition and remains in a high impedance state. Below is some of the original text for setting the context of BIRD35.1 The multi-staged switching functionality has been on the priority list for Version 3.0 addtions. Below is a proposal to start the discussion. The key elements of this proposal are: 1. The [Model] keyword and subparameters and all keywords under [Model] keep their same definitions. The existing [Pulldown], [Pullup] and [Ramp] keywords are still required for downward compatiblility. 2. Up to 10 new internal building blocks consisting of local [Pullup(n)], [Pulldown(n)], [Rising Waveform(n)] and [Falling Waveform(n)] keywords are permitted. 3. There are some syntactical ordering restrictions that preserve readability and permit one-pass parsing. 4. Only one of [Pulldown(n)] or [Pullup(n)] keywords is required to support Open_source (Open_sink) and Open_drain configurations. Both the [Rising Waveform(n)] and [Falling Waveform(n)] keywords are required for each stage. 5. The [Gnd Clamp] and [Power Clamp] keywords are not split into sections. Unlike exiting IBIS keywords, the new tables cannot be measured directly or even be produced easily by direct decomposition and simulation of Spice elements because of too much internal interaction. The actual construction would be by trial and validation and based on the known architectural intent. I have not explored all possibilities and implications of this proposal. However, I believe it is even possible to model bus hold effects using a final delayed correction stage. Bob Ross Interconnectix, Inc. ****************************************************************************** ****************************************************************************** BIRD ID#: 35.1 ISSUE TITLE: Multi-staged Outputs REQUESTER: Bob Ross, Interconnectix, Inc. DATE SUBMITTED: 5/13/96, 6/21/96 DATE ACCEPTED BY IBIS OPEN FORUM: Pending ****************************************************************************** ****************************************************************************** STATEMENT OF THE ISSUE: Modeling output transitions of buffers consisting of several sequentially switched internal devices has been a long standing request. The addition of the [Rising Waveform] and [Falling Waveform] keywords partially addresses the issue by waveform shaping control. However, these keywords do not model the dynamic impedance changes during transitions. The more direct solution is to add IBIS keywords which allow modeling the internal architecture more closely. ****************************************************************************** STATEMENT OF THE RESOLVED SPECIFICATIONS: An extension of the existing [Pullup], [Pulldown], [Rising Waveform] and [Falling Waveform] syntax is proposed. Up to ten sets (n=0,...,9) of keyword groupings for [Pulldown(n)], [Pullup(n)], [Rising Waveform(n)], and [Falling Waveform(n)] to describe modeling individually controlled switching. The summation of the new keywords override the existing [Pullup], [Pulldown], [Rising Waveform] and [Falling Waveform] descriptions of the low to high and high to low driver switching. All Waveform tables are relative to a common reference time, but their sequencing is controlled by a [Rising Sequence] and [Falling Sequence] tables. All other parameters and requirements for the [Model] keyword remain the same. Add the following keywords as a group after the [Falling Waveform] keyword example: |============================================================================== | Keywords: [Rising Sequence], [Falling Sequence] | Required: No | Description: Describes the sequencing of [Rising Waveform(n)] and [Falling | Waveform(n)] tables with respect to 0 nS. | | Usage Rules: Each table contains three columns consisting of the table | number n and two delays: Rise Delay and Fall Delay for the | [Rising Sequence] table, and Fall Delay and Rise Delay for the | [Falling Sequence table. Rise Delay describes the starting | time for the stage n Rising Waveform(n), and Fall Delay | describes the starting time for the stage n Falling Waveform(n). | The Sequence table describes the time of a turn on and turn | off transition. Use 'NA' when no transistion is applicable. | For each stage n, the Rising Sequence starts at the final | state of the Falling Sequence, and visa-versa. | | Other Notes: Up to ten (n=9) table number entries are permitted, but | the corresponding Pullup(n) or Pulldown(n) and [Rising | Waveform(n)] and [Falling Waveform(n)] tables must exist | for each n. The table number entries must be in increasing | order starting with 0, but the time entries are constrained | only to be equal or greater than 0. | | Even opposite polarity transitions can be described if only | the third column entries are specified or if they are less | than the second column entries. |------------------------------------------------------------------------------ | [Rising Sequence] | | n Rise Delay Fall Delay 0 0.0nS NA 1 0.5nS NA 2 0.5nS 1.5nS | Pulse on Rising portion only | [Falling Sequence] | | n Fall Delay Rise Delay 0 0.0nS NA 1 0.5nS NA 2 NA NA | No transition for Falling Waveform | |============================================================================== |============================================================================== | Keywords: [Pulldown(n)], [Pullup(n)], n=0,...,9 | Required: Yes, at least a [Pullup(n)] or [Pulldown(n) for each n in the | [Rising Sequence] and [Falling Sequence] tables | | Description: Defines a partitioning of an output buffer into groupings | of [Pulldown(n)], [Pullup(n)], [Rising Waveform(n)], and | [Falling Waveform(n)] descriptions to be summed to form | the complete output response. | | Usage Rules: The [Pulldown(n)], [Pullup(n)] tables follow the same rules | as the [Pulldown], [Pullup], but override them. Either the | [Pulldown(n)] or the [Pullup(n)] or both may be given for (n). | Any number up n=9 (ten groups) of n tables are permitted. | Both the corresponding [Rising Waveform(n)] and [Falling | Waveform(n)] descriptions are required. These waveforms are | used to describe the switching on and off behavior. The | outputs of all stages are connected to produce the total | response. | | The usage of [Voltage Range] and [Pullup Reference] and | [Pulldown Reference] apply to all of the [Pulldown(n)] and | [Pullup(n)] tables. | | Other Notes: Refer to Other Notes for [Rising Waveform(n)], [Falling | Waveform(n)] regarding a keyword grouping restriction. |------------------------------------------------------------------------------ | | Pulldown and Pullup Switch (0) | [Pulldown(0)] | | Voltage I(typ) I(min) I(max) -5.0V -50.0m NA NA 0.0V 0.0m NA NA 5.0V 50.0m NA NA 10.0V 100.0m NA NA | [Pullup(0)] | | Voltage I(typ) I(min) I(max) -5.0V 50.0m NA NA 0.0V 0.0m NA NA 5.0V -50.0m NA NA 10.0V -100.0m NA NA | |============================================================================== | Keywords: [Rising Waveform(n)], [Falling Waveform(n)], n=0...9 | Required: Yes, for each n in the [Rising Sequence] and [Falling Sequence | tables | | Description: Describes the shape of the rising and falling waveforms of a | driver component (n). | | Sub-Params: R_fixture, V_fixture, V_fixture_min, V_fixture_max, | C_fixture, L_fixture, R_dut, L_dut, C_dut | | Usage Rules: The [Rising Waveform(n)] and [Falling Waveform(n)] keywords | follow the same rules as [Rising Waveform] and [Falling | Waveform] keywords. However, these timing descriptions | are used only with the corresponding [Pulldown(n)] and | [Pullup(n)] tables and are intiated based on the [Rising | Sequence] and [Falling Sequence] tables. | | Several waveform descriptions are permitted for each (n). | The model components 0...n must grouped in sequential order | and must start with (0). I.e., all table(0) keywords must | be placed before any table(1) keyword, and so forth. Up to | ten such keyword groupings are permitted. The sequential | ordering may differ from the switching sequence. E.g., | table(1) may switch before table(0). | | Other Notes: While the R_dut, L_dut, and C_dut subparameters are | allowed, they would normally not be used. | |------------------------------------------------------------------------------ | [Rising Waveform(0)] R_fixture = 100 V_fixture = 0 | |Time V(typ) V(min) V(max) 0.0ns 0.0 NA NA 2.0ns 2.5 NA NA 5.0ns 2.5 NA NA | [Falling Waveform(0)] R_fixture = 100 V_fixture = 5 | |Time V(typ) V(min) V(max) 0.0ns 5.0 NA NA 2.0ns 2.5 NA NA 5.0ns 2.5 NA NA | | | Continuation of Complete Example for Two More Stages: | Pulldown Switch (1) | [Pulldown(1)] | | Voltage I(typ) I(min) I(max) -5.0V -50.0m NA NA 0.0V 0.0m NA NA 5.0V 50.0m NA NA 10.0V 100.0m NA NA | [Rising Waveform(1)] R_fixture = 100 V_fixture = 5 | |Time V(typ) V(min) V(max) 0.0ns 2.5 NA NA 1.0ns 5.0 NA NA 5.0ns 5.0 NA NA | [Falling Waveform(1)] R_fixture = 100 V_fixture = 5 | |Time V(typ) V(min) V(max) 0.0ns 5.0 NA NA 2.0ns 2.5 NA NA 5.0ns 2.5 NA NA | | Pullup Switch (2) | [Pullup(2)] | | Voltage I(typ) I(min) I(max) -5.0V -50.0m NA NA 0.0V 0.0m NA NA 5.0V 50.0m NA NA 10.0V 100.0m NA NA | [Rising Waveform(2)] R_fixture = 100 V_fixture = 0 | |Time V(typ) V(min) V(max) 0.0ns 0.0 NA NA 0.5ns 2.5 NA NA 5.0ns 2.5 NA NA | [Falling Waveform(2)] R_fixture = 100 V_fixture = 0 | |Time V(typ) V(min) V(max) 0.0ns 2.5 NA NA 0.5ns 0.0 NA NA 5.0ns 0.0 NA NA | ****************************************************************************** ANALYSIS PATH/DATA THAT LED TO SPECIFICATION: The proposal is designed to add to the existing IBIS structures and retain as much existing meaning as possible. The new "stage" tables follow all of the conventions of the existing non-staged tables. For that reason, even the subparameters R_dut, L_dut, and C_dut are permitted, although they are not relevant nor are expected to be used. The overall structure is to connect independently controlled stages to a common output node. The relative relationhips between waveform controls are used to produce phased turn-on and turn-off models. The structure can be also be used to model other internal artifacts. These may include providing an extra boost pulse or providing bus hold modeling. A general objection to these structures is that they do not relate to any externally obtained extraction. The intent of these structures is to give a format for modeling a known architecture with behavioral blocks and to also add some detail to existing models. BIRD35.1 introduces a [Rising Sequence] and [Falling Sequence] tables to control the sequencing of individual stages. This is in response to Jon Powell's comment to make the sequencing of waveforms easier to understand and modify. So each [Rising Waveform(n)] and [Falling Waveform(n)] table has its start time controlled by the Sequence tables. One technical limitation is that the Sequencing is the same for typ, min, and max columns. Any internal shifting within the typ, min, and max columns for the stage must be taken into account within the Waveform columns for that stage. ****************************************************************************** ANY OTHER BACKGROUND INFORMATION: ****************************************************************************** From owner-ibis Fri Jun 21 12:45:46 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id MAA05188 for ; Fri, 21 Jun 1996 12:45:45 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Fri, 21 Jun 96 12:36 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Fri, 21 Jun 96 12:36 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Fri, 21 Jun 96 12:38 PDT Message-Id: Date: Fri, 21 Jun 96 12:38 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org Subject: IBIS AGENDA 6/28/96 IBIS Open Forum Meeting Agenda for 6/28/96 Bridge Number Reservation # Passcode (916) 356-9200 2-78902 4366478 All meetings are 8:00 AM to 9:55 AM Pacific Time. When you call into the meeting, ask for the IBIS Open Forum hosted by Will Hobbs and give the Reservation Number and Passcode. 8:00 Check-In, Intros, Announcements Huq - Intros of New IBIS Participants, Meeting Quorum Huq - Membership Update and Treasurers Report Rusher - Review of Previous Meeting's Minutes (and ARs) Huq - Miscellany/Announcements All - Press & Web Page Updates Huq, All - New Models Available, Library Update All - Opens for New Issues All 8:25 Administrative and Project Discussions IEC Express Funding Progress Rusher New Administrative Issues All 8:35 Technical Discussion EGG11 - ABSOLUTE MAXIMUM VOLTAGE Fitzpatrick BIRD35.1 - MULTI-STAGED OUTPUTS Powell BIRD36 - ELECTRICAL BOARD DESCRIPTION Peters EGG10 - PARSER TESTS 1-5 Rokusek/Peters New Technical Issues All 9:50 Wrap Up and Next Meetings Plans Huq 9:55 Sign Off From owner-ibis Mon Jun 24 10:22:25 1996 Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id KAA15846 for ; Mon, 24 Jun 1996 10:22:24 -0700 (PDT) Received: from ichips.intel.com (ichips.intel.com [134.134.50.200]) by ormail.intel.com (8.7.4/8.7.3) with ESMTP id KAA23585 for ; Mon, 24 Jun 1996 10:12:49 -0700 (PDT) Received: from ichips.intel.com by ichips.intel.com (8.7.4/jIII) id KAA11170; Mon, 24 Jun 1996 10:10:41 -0700 (PDT) Message-Id: <199606241710.KAA11170@ichips.intel.com> To: ibis@vhdl.org Subject: Bird 36 Date: Mon, 24 Jun 1996 10:12:48 -0700 From: Stephen Peters Following is a proposal that defines a new file type called '.ebd' (Electrical Board Description). A .ebd file allows a simple, electrical description of SIMM modules, connectors, and related type components. Specifically, it allows one to describe a PCB that mounts one or more components that connect to the outside word thru a set of pins. It follows the same basic description format as the current .pkg file, and as such retains the section based description and simple coupling matrices. A .ebd file is also used to describe connectors and sockets. BACKGROUND: A fundamental concept of IBIS is that a component description consists of a set of pin that are in some way connected to a set of buffers. In a standard .ibs file this pin-to-buffer mapping is established by the [Pin] keyword. This connection can be a lumped L/R/C or the section based description ([Pin Numbers] keyword) of Bird 28.3. However, even with Bird 28.3 the .pkg file still only allows a pin-to-buffer mapping as defined by the [Pin] keyword. The BIRD allows two more mappings to be defined - a pin to pin mapping that supports connectors, and a pin to component(s) connection that supports SIMM models and the like. ============================================================================= Buffer Issue Resolution Document (BIRD) BIRD ID#: 36 ISSUE TITLE: Electric Descriptions of Boards and Connectors REQUESTER: Stephen Peters DATE SUBMITTED: June 23, 1996 DATE ACCEPTED BY IBIS OPEN FORUM: Pending ****************************************************************************** ****************************************************************************** STATEMENT OF THE ISSUE: There is a need to describe SIMM modules and related type components that consist of one or more ICs mounted on a PCB board that connects to a system thru a set of pins. The following bird proposes a new type of file called '.ebd' (Electrical Board Description) that addresses this need. A '.ebd' file can also be used to describe connectors and sockets. ****************************************************************************** STATEMENT OF THE RESOLVED SPECIFICATIONS: The following text is placed in the specification after the .pkg file description and before the [End] keyword description. ======================= ELECTRICAL BOARD DESCRIPTION ======================== A Board Level Component is defined as a module that contains one or more IC packages that connect to another module or board thru a set of user visible pins. For example, a SIMM module is a board level component in that it contains several DRAM packages that connect to a PCB thru an edge connector. To provide a simple electrical description of the connection between the pins of the board level component and the IC packages, an electrical board description file (a .ebd file) is defined. The .ebd file is also used to describe the electrical characteristics of connectors and sockets. Usage Rules: A .ebd file is intended to be a stand alone file, not associated with any '.ibs' file. Board level component and connector descriptions are stored in a file whose name looks like .ebd, where must conform to the naming rules given in the general syntax section of this specification. The '.ebd' extension is mandatory. Contents: A .ebd file is structured similar to a standard IBIS file. It must contains the following keywords, as defined in the IBIS specification: [IBIS Ver], [File name], [File rev], and [End]. It may also contain the following optional keywords: [Comment char], [Date], [Source], [Notes], [Disclaimer] and [Copyright]. The actual board level component description is contained between the keywords [Begin Electrical Description] and [End Electrical Description], and includes the keywords listed below. [Begin Electrical Description] [Connector Info] [Manufacture] [Number of Pins] [Pin List] [Path Description] [Model Data] [Resistance Matrix] [Inductance Matrix] [Capacitance Matrix] [Bandwidth] [Row] [End Model Data] [End Electrical Description] More than one [Begin Electrical Description]/[End Electrical Description] keyword pair is allows in a .ebd file. |============================================================================= | Keyword: [Begin Electrical Description] | Required: Yes |Description: Marks the beginning of a Electrical (board or connector) description. |Usage Rules: The keyword is followed by the name of the board level | component or connector. If the .ebd file contains more than | one [Begin Electrical Description] keyword, then each name must | be unique. The length of the component name must not exceed 40 | characters in length, and blank characters are allowed. | For every [Begin Electrical Description] keyword there must be | a matching [End Electrical Description] keyword. |----------------------------------------------------------------------------- [Begin Electrical Description] 16Meg X 8 Simm Module | |============================================================================= | Keyword: [Manufacture] | Required: Yes |Description: Declares the manufacture of the part(s) that use this .ebd | file. |Usage Rules: Following the keyword is the manufactures name. It must not | exceed 40 characters, and can include blanks characters. Each | manufacture must use a consistent name in all .ebd files. |----------------------------------------------------------------------------- [Manufacturer] Quality SIMM Corp. | |============================================================================= | Keyword: [Connector Info] | Required: No |Description: This keyword is used if the .ebd file is describing a mated | connector model. Using this keyword allows the user to include | several pieces of information specific to connector models into | an .ebd file. |Sub-params: Min_rise_time, Cpad1, Cpad2 |Usage Rules: This keyword is followed by the three listed sub-parameters. | The Min_rise_time parameter is required, the Cpad1 and Cpad2 | parameters are optional. Each subparameter is followed by an | equals sign (=), then a single numeric argument. | | Cpad1 and CPad2 define default pad capacitances for both sides | of a mated connector model. If omitted, the default value is | zero pF. In all cases the simulator may override the | listed or default value with values extracted from the actual | pad dimensions provided in a physical board description. | | The Min_rise_time parameter is used to specify the minimum | rise time of a signal for which a connector (or package) model | is still considered accurate under test fixture conditions. | This value is based on the smallest physical feature that is | modeled in the electrical description. Note that a simulator | may choose to produce a warning message if a signal with a | faster edge stimulas the model. Simulators should also | use this parameter in determining how to model a section | with non-zero length. | | The Min_rise_time parameter is followed by a single numeric | argument specifying the 20% to 80% rise time of the | fastest pulse the model will accuratly pass. This value will | be the minimum value where the signal line "impedance" is | within 10% of the simulated impedance. This impedance | parameter is the dynamic ratio at the mated model input | voltage to input current over time under the condition | that the signal line has a source and load termination of | of 50 ohms and all other lines are grounded. |----------------------------------------------------------------------------- [Connector Info] Cpad1 = 1.0p Cpad2 = 0.5p Min_rise_time = 60p | |============================================================================= | Keyword: [Number of Pins] | Required: Yes |Description: Tells the parser the number of pins to expect |Usage Rules: The field must be a positive decimal integer. |----------------------------------------------------------------------------- [Number of Pins] 128 | |============================================================================= | Keyword: [Pin List] | Required: Yes |Description: Tells the parser the set of names that are used for the package | pins and also defines pin ordering. The first pin name given | is the "lowest" pin, and the last pin given is the "highest". | The pin names cannot exceed five characters in length. In the | case of a connector description the pins on both sides of | a connector are listed. |Usage Rules: Following the [Pin Numbers] keyword, the names for the pins | are listed. There must be as many names listed as there are | pins (as given by the preceding [Number of Pins] keyword.). |----------------------------------------------------------------------------- [Pin Numbers] A1 A2 A3 | . | . A22 B1 | . | . |etc. | |============================================================================= | Keyword: [Path Description] | Required: Yes |Description: This keyword allows the user to describe the connection between | the user accessible pins of a component and the pins of the ICs | mounted on that component. If describing a connector this | keyword is used to describe the path from one pin of a connector | to another. This description is directly analogous to the | section descriptions contained in a .pkg file, and uses a | similar list of subparameters. The major difference is the | additional concept of an explicit pin and node. | Sub-Params: Len, L, R, C, Matrix, Fork, Endfork, Pin, Node |Usage Rules: Each individual connection path (user pin to node(s) description | or connector pin-to-pin description) begins with the | [Path Description] keyword and a path name, | followed by the subparameters used to describe the path | topology and the electrical characteristics of each section of | the path. The path name must not exceed 40 characters, | blanks are not allowed, and each occurrence of the [Path | Description] keyword must be followed by a unique path | name. The individual subparameters are broken up into those | that describe a sections electrical properties, and those | that describe the topology of a path. | | Section Description Subparameters: | The Len, L, R, and C subparameters specify the length, | inductance, capacitance and resistance of each section in | a path description. If a particular section exhibits | coupling to an adjacent (same numbered) section of a | different path, then the Matrix subparameter is used. | Len The physical length of a section. Lengths are given | in terms of arbitrary 'units'. | L The inductance of a section, in terms of | 'inductance/unit length'. For example, if the total | inductance of a section is 3.0nH and the | length of the section is 2 'units', the inductance | would be listed as L = 1.5nH (i.e. 3.0 / 2). | C The capacitance of a section, in terms of | capacitance per unit length. | R The DC (ohmic) resistance of a section, in | terms of ohms per unit length. | Matrix Use of this subparameter means that this sections | electrical parameters are presented as part of | a coupling matrix. The data for the matrix is included | between the [Model Data]/[End Model Data] keyword pairs | as described below. | | Topology Description Subparameters: | The Fork and Endfork subparameters denote branches from the | main node-to-pin or pin-to-pin connection path. The Node | subparameter is used to reference an external component | description file. The Pin subparameter is used to indicate | the point at which a path connects to a user visible pin. | Fork This subparameter indicates that the sections | following (up to the Endfork subparameter) are part | of a branch off of the main connection path. | This subparmeter has no arguments. | Endfork This subparameter indicates the end point of a | branch. For every Fork subparameter there must be | a corresponding Endfork subparameter. As with the | Fork subparameter, the Endfork subparameter has no | arguments. | Node pin.reference_designator | This subparameter is used when the connection | path connects to a pin of another, externally | defined component. The arguments of the Node | subparameter indicate the pin and reference designator | of the external component. The pin and reference | designator portions of the argument are separated by | a period ("."). The method by which a reference | designator is mapped to an external component | description (usually another .ibs file) is | simulator dependent. | Pin This subparameter is used to mark the point at which | a path description connects to a user accessible pin. | Every path description must contain at least one | occurrence of the Pin subparameter. The value of the | Pin subparameter must be one of the pin names listed | by the [Pin Numbers] keyword. | | | Using The Subparameters to Describe Paths: | A section description begins with the Len subparameter and | end with the backslash (/) character. The value of the Len, L, | R and C subparameters and the subparameter itself are | separated by an equals sign (=); whitespace around the equals | sign is optional. The Fork, Endfork, Node and Pin subparameters | are placed between section descriptions (i.e. between the | concluding backslash of one section and the 'Len' parameters | that starts another) and are delimited from the section | descriptions by a backslash. The arguments of the Pin and | Node subparameter are separated by white space; no equal sign | is used. All path descriptions must contain the same number | of sections however, a particular section description can contain | no data (i.e. the description is given as 'Len = 0 /'). | The first section that occurs after the [Path Description] | keyword is section one. Sections are numbered in ascending | order as they are encountered in the path description. | | Specifying a Len or L/R/C value of zero is allowed. If | Len = 0 is specified, then the L/R/C values are the total | for that section. If a non-zero length is specified, then | the total L/R/C for a section is calculated by multiplying | the value of the Len subparameter by the value of the L, | R or C subparameter. However, as noted below, if a non- | zero length is specified AND the [Connector Info] keyword | is used then the L/R/C of that section MUST be treated as a | distributed elements. | | Legal Subparameter Combinations for Section Descriptions: | A) A single Len = 0 subparameter, followed by a slash. | The is used to describe a section with no data. | | B) Len and a single Matrix subparameter, followed by a | backslash. The Len subparameter specifies the length of that | section while the Matrix subparameter indicates that this | section of this package stub is electrically coupled to the | corresponding (same numbered) section of an adjacent path | description and the coupling terms are listed in a matrix | format. The matrix description must include both the 'self' | inductance/capacitance/resistance (as required) of a section | as well as the mutual coupling terms. If one section is | described using the Matrix subparameter then the | corresponding (same numbered) sections on ALL other path | descriptions must use the Matrix subparameter. | | C) Len, and one or more of the L, R and C subparameters. If | the Len subparameter is given as zero, then the L/R/C sub- | parameters represent lumped elements. If the Len sub- | parameter is non-zero, then the L/R/C subparameters represent | distributed elements. If the [Connector Info] keyword is used | the simulator MUST treat them as such. | | D) The first subparameter following the [Path Description] | keyword must be 'Pin', followed by one or more section | descriptions. The path description can terminate in a | node, section or another pin. | |--------------------------------------------------------------------------- | HERE FOLLOWS SOME EXAMPLES |--------------------------------------------------------------------------- | | A CONNECTOR DESCRIPTION | [Path Description] J1-P1 Pin = J1 / Len = 2.0 L=8.35n C=3.34p R=0.01 / Len = 0.5 L=1.0n C=2.7p / Pin = P1 / | | A PATH ON A SIMM MODULE | [Path Description] CAS_2 Pin J25 / Len = 0.5 L=8.35n C=3.34p R=0.01 / Node 15.u21 / Len = 0.5 L=8.35n C=3.34p R=0.01 / Node 15.u22 / Len = 0.5 L=8.35n C=3.34p R=0.01 / Node 15.u23 / | | A CONNECTOR WITH COUPLING | [Path Description] xyz Pin J5 Len = 0 L=1.2n / Len = 1.3 Matrix / Len = 0.47 L=8.35n C=3.34p R=0.01 / Pin P5 | | | A DESCRIPTION USING THE FORK AND ENDFORK SUBPARAMETERS | [Path Description] PassThru1 Pin B5 Len = 0 L=2.0n / Len = 2.1 L=6.0n C=2.0p / Fork / Len = 1.0 L= 1.0 C= 2p Node R15.3 Endfork / Len = 1.0 l = 6.0n c=2.0p / Pin = A5 | | |============================================================================= | Keyword: [Model Data] | Required: Yes, if any of the path descriptions use the Matrix subparameter | to describe a section. |Description: Indicates the beginning of the matrix data used to describe | the coupling between path sections. |Usage Rules: [Model Data] keyword must be followed by the word 'section' | and the section number the matrix data applies to. There | must be a [Model Data] keyword for every section in a | path description that uses the Matrix subparameter. | Note that if the [Path Description] keyword is used but no | package stub sections use the Matrix subparameter then the | [Model Data] and [End Model Data] keyword are not required. |----------------------------------------------------------------------------- [Model Data] section 2 | |============================================================================= | Keyword: [End Model Data] | Required: Yes, if the [Model Data] keyword is present. |Description: Indicates the end of the matrix data used to describe | a section. |Usage Rules: In between the [Model Data] and [End Model Data] keywords is | the matrix data itself. The data is a set of three matrices: | the resistance (R) , inductance (L) , and capacitance (C), | matrices. Each matrix can be formatted differently (see | below). Use one of the matrix keywords to mark the | beginning of each matrix. As with the [Model Data] keyword | the [End Model Data] keyword is followed by the word 'section' | and the section number. |----------------------------------------------------------------------------- [End Model Data] Section 2 | |============================================================================= | Keywords: [Resistance Matrix], [Inductance Matrix], [Capacitance Matrix] | [Bandwidth], [Row] | Required: Yes, if the [Model Data] keyword is present, following the | same rules and restrictions as detailed in the .pkg file | description |Description: These keywords contain the actual matrix data for each section | described by a matrix. These keywords appear between the [Model | Data] and [End Model Data] Keywords. |Usage Rules: The usage rules for these keywords in a .ebd file will follow | exactly the rules defined in the .pkg file description of this | specification. ****************************************************************************** ANALYSIS PATH/DATA THAT LED TO SPECIFICATION: From owner-ibis Mon Jun 24 11:10:18 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id LAA16261 for ; Mon, 24 Jun 1996 11:10:14 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Mon, 24 Jun 96 11:00 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Mon, 24 Jun 96 11:00 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Mon, 24 Jun 96 11:03 PDT Message-Id: Date: Mon, 24 Jun 96 11:03 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org Subject: BIRD 37 Enhancement To The Package Model Spec. To All: Below is BIRD37 from Stephen Peters which is a proposed update to BIRD28.3. Bob Ross Interconnectix, Inc. ============================================================================= Buffer Issue Resolution Document (BIRD) BIRD ID#: 37 ISSUE TITLE: Enhancement To The Package Model (.pkg file) Specification REQUESTER: Stephen Peters DATE SUBMITTED: June 23, 1996 DATE ACCEPTED BY IBIS OPEN FORUM: Pending ****************************************************************************** ****************************************************************************** STATEMENT OF THE ISSUE: The current package model electrical description, (as proposed in Bird 28.3 and accepted by the forum) has the restriction that all the sections of a package stub connect in a series fashion, with no branches or stubs allowed. This limits the usefulness of the description when trying to describe BGA or other packages where branches or forks off the main package stub may be present. This BIRD corrects this deficiency by adding two new subparameters to the [Pin Numbers] keyword called 'Fork' and 'Endfork' ****************************************************************************** STATEMENT OF THE RESOLVED SPECIFICATIONS: Following are the specific changes to the specification (spec as amended by Bird 28.3). 1. The Sub-params list of the [Pin Numbers] keyword is changed to that shown below |Sub-Params: Len, L, R, C, Matrix, Fork, EndFork 2. The text following the first paragraph of the Usage Rules section of the [Pin Numbers] keyword is replaced by the following: | | Subparameters: | The Len, L, R, and C subparameters specify the length, | inductance, capacitance and resistance of each section of | each stub on a package. If a particular section | exhibits coupling to an adjacent (same numbered) section of | a different package stub then the Matrix subparameter is used. | The Fork and Endfork subparameters are used to denote branches | from the main package stub. | Len The of a package stub section. Lengths are given | in terms of arbitrary 'units'. | L The inductance of a package stub section, in terms of | 'inductance/unit length'. For example, if the total | inductance of a section is 3.0nH and the | length of the section is 2 'units', the inductance | would be listed as L = 1.5nH (i.e. 3.0 / 2). | C The capacitance of a package stub section, in terms of | capacitance per unit length. | R The DC (ohmic) resistance of a package stub section, in | terms of ohms per unit length. | Matrix Use of this subparameter means that this package stub | section's electrical parameters are presented as part of | a coupling matrix. The data for the matrix is included | between the [Model Data]/[End Model Data] keyword pairs | as described below. | Fork This subparameter indicates that the sections | following (up to the Endfork subparameter) are part | of a branch off of the main package stub. This | subparameter has no arguments. | Endfork This subparameter indicates the end point of a | branch. For every Fork subparameter there must be | a corresponding Endfork subparameter. As with the | Fork subparameter, the Endfork subparameter has no | arguments. | | Specifying a Len or L/R/C value of zero is allowed. If | Len = 0 is specified, then the L/R/C values are the total | for that section. If a non-zero length is specified, then | the total L/R/C for a section is calculated by multiplying | the value of the Len subparameter by the value of the L, | R or C subparameter. | | Using The Subparameters to Describe Package Stub Sections: | A section description begins with the Len subparameter and | end with the backslash (/) character. The value of the Len, L, | R and C subparameters and the subparameter itself are | separated by an equals sign (=); whitespace around the equals | sign is optional. The Fork and Endfork subparameters | are placed between section descriptions (i.e. between the | concluding backslash of one section and the 'Len' parameters | that starts another) and are delimited from the section | descriptions by a backslash. All package stub descriptions must | contain the same number of sections however, a particular | section description can contain no data (i.e. the description | is given as 'Len = 0 /'). | | Legal Subparameter Combinations for Section Descriptions: | A) A single Len = 0 subparameter, followed by a slash. | The is used to describe a section with no data. | | B) Len and a single Matrix subparameter, followed by a | backslash. The Len subparameter specifies the length of that | section while the Matrix subparameter indicates that this | section of this package stub is electrically coupled to the | corresponding (same numbered) section of an adjacent package | stub (or stubs) and the coupling terms are listed in a matrix | format. The matrix description must include both the 'self' | inductance/capacitance/resistance (as required) of a section | as well as the mutual coupling terms. If one section is | described using the the Matrix subparameter then the | corresponding (same numbered) sections on ALL other package | stubs must use the Matrix subparameter. | | C) Len, and one or more of the L, R and C subparameters. If | the Len subparameter is given as zero, then the L/R/C sub- | parameters represent lumped elements. If the the Len sub- | parameter is non-zero, then the L/R/C subparameters represent | distributed elements. | ****************************************************************************** ANALYSIS PATH/DATA THAT LED TO SPECIFICATION: This bird grew out of the need to describe a particular structure found in BGA type packages. In these packages, the trace that connects the die pad to the via for the 'ball' does not stop there. For manufacturing reasons the trace continues out to the edge of the board and thus forms a 'stub' or branch off the main pad to ball (or pin) connection. Because of the need to stick with the existing section based description, the fork and endfork subparameters were chosen. From owner-ibis Mon Jun 24 12:57:21 1996 Received: from relayhost.vlsi.com (tweety.vlsi.com [134.27.20.23]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id MAA17251 for ; Mon, 24 Jun 1996 12:57:21 -0700 (PDT) Received: from relayhost.tempe.vlsi.com (anubis.tempe.vlsi.com [134.27.128.1]) by relayhost.vlsi.com (8.6.12/Hub-Perlotto/050895) with ESMTP id MAA12924 for ; Mon, 24 Jun 1996 12:47:16 -0700 Received: from tempepop.tempe.vlsi.com (devious.tempe.vlsi.com [134.27.128.5]) by relayhost.tempe.vlsi.com (8.6.9/Hub-Perlotto/101195) with ESMTP id MAA05344 for ; Mon, 24 Jun 1996 12:47:15 -0700 Received: from jrosepc.tempe.vlsi.com (jrosepc.tempe.vlsi.com [134.27.134.39]) by tempepop.tempe.vlsi.com (8.6.9/Hub-Perlotto/010296) with SMTP id MAA11348 for ; Mon, 24 Jun 1996 12:54:46 -0700 Date: Mon, 24 Jun 1996 12:54:46 -0700 Message-Id: <2.2.16.19960624125232.45ff0b2c@tempepop> X-Sender: jrose@tempepop X-Mailer: Windows Eudora Pro Version 2.2 (16) Mime-Version: 1.0 Content-Type: text/plain; charset="us-ascii" To: ibis@vhdl.org From: Jerry Rose Subject: IBIS Models Now Publicly Accessible From: Jerry Rose Subject: IBIS Models Now Publicly Accessible Cc: alex.lange@sanjose.vlsi.com Status: RO Sorry about any duplicates, I wanted to make sure that every one was aware of the news! VLSI IBIS models are now accessible to the world at the below listed FTP site. The site still needs a little cleaning and maintenance but the files are all now on line to the world at large! Please see the address below and add them to your bookmarks, make hyper links, etc. Jerry Rose >Subject: IBIS Models Now Publicly Accessible >Content-Length: 529 > >Pleased to say the the IBIS models are now accessible by the world at >large; see > > http://www.vlsi.com/vlsi/products/ibis/ibis.html > ************************************************************** * Jerry Rose jerry.rose@tempe.vlsi.com * * Systems Engineer * * Computing Products Group * * * * VLSI Technology, Inc. phone: (602) 752-6209 * * 8375 S. River Parkway, M/S 260 fax: (602) 752-6620 * * Tempe, AZ 85284 * ************************************************************** ************************************************************** * Jerry Rose jerry.rose@tempe.vlsi.com * * Systems Engineer * * Computing Products Group * * * * VLSI Technology, Inc. phone: (602) 752-6209 * * 8375 S. River Parkway, M/S 260 fax: (602) 752-6620 * * Tempe, AZ 85284 * ************************************************************** From owner-ibis Wed Jun 26 11:35:48 1996 Received: from ingr.ingr.com (ingr.ingr.com [129.135.211.100]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id LAA07415 for ; Wed, 26 Jun 1996 11:35:45 -0700 (PDT) From: dawiens@ingr.com Received: from hq14.pcmail.ingr.com by ingr.ingr.com (5.65c/1.920611) id AA23625; Wed, 26 Jun 1996 13:24:39 -0500 Received: by hq14.pcmail.ingr.com with Microsoft Exchange (IMC 4.0.838.14) id <01BB6362.C8F89620@hq14.pcmail.ingr.com>; Wed, 26 Jun 1996 13:24:21 -0500 Message-Id: To: Subject: RLC parameters for passive devices in EDIF Date: Wed, 26 Jun 1996 13:24:20 -0500 X-Mailer: Microsoft Exchange Server Internet Mail Connector Version 4.0.838.14 Encoding: 27 TEXT Folks, Preface : - The IBIS packaging subcommittee has submitted a proposal to the EDIF group to support : - Active part models using IBIS references within EDIF - Passive part models using RLC parameters within EDIF In working through our proposal to the EDIF folks to support passive devices, the following issues have come up : - Are the following parameters sufficient : Resistance1, Resistance2, Capacitance, Inductance - Are there any illegal combinations of these parameters? - (e.g. valid combinations include Resistance1/Resistance2 for a Thevenin terminator; Resistance1/Capacitance for a RC terminator; Resistance1 for a series resistor; etc.) - What is the valid value range for these values? - The Golden Parser currently allows any value for RLCs in IBIS. Thanks for any input... David Wiens VeriBest Inc. 303-581-2306 From owner-ibis Wed Jun 26 18:57:35 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id SAA10709 for ; Wed, 26 Jun 1996 18:57:24 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Wed, 26 Jun 96 18:47 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 26 Jun 96 18:47 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 26 Jun 96 18:50 PDT Message-Id: Date: Wed, 26 Jun 96 18:50 PDT From: bob@icx.com ( Bob Ross) To: dawiens@ingr.com, ibis@vhdl.org Subject: Re: RLC parameters for passive devices in EDIF David: The questions raised were good, and I am not sure I have an answer. Here are some points to consider. IBIS references in EDIF to Components or Models can also refer to Terminator Models which are composed of passive elements. So some more complicated terminator configurations that IBIS would allow can be referenced. These would include combination of elements, package effects, and even internal clamps. So values in the EDIF format may not be available for these. The Terminator Topology is fixed in IBIS. IBIS does not format all possible part part topologies. Therefore, it makes sense to have values of components (single R, L, C) available individually. Having 2 resistors is a bonus. To the extent that we would extract Terminator information, the 2 resistors and 1 capacitor would cover the practical cases. However, combined elements in the fixed topology could support up to 4 resistors ([Rgnd], [Rpower], [Rac], R_pkg), 2 capacitors ([Cac], C_pkg), and 1 inductor (L_pkg). I think this would be to complicated. The true Series resistor is not formmated in IBIS, just an R_pkg element. With respect to values, I could support having them restricted to greater than or equal to 0. At this point I am open to recommendations on how to proceed. General component value identification with some limited terminator topology identification might be the best way to go. Bob Ross Interconnectix, Inc. > From: dawiens@ingr.com > To: > Subject: RLC parameters for passive devices in EDIF > Date: Wed, 26 Jun 1996 13:24:20 -0500 > Folks, > Preface : > - The IBIS packaging subcommittee has submitted a proposal to the EDIF > group to support : > - Active part models using IBIS references within EDIF > - Passive part models using RLC parameters within EDIF > In working through our proposal to the EDIF folks to support passive > devices, the following > issues have come up : > - Are the following parameters sufficient : Resistance1, Resistance2, > Capacitance, Inductance > - Are there any illegal combinations of these parameters? > - (e.g. valid combinations include Resistance1/Resistance2 for a > Thevenin terminator; > Resistance1/Capacitance for a RC terminator; Resistance1 for a > series resistor; etc.) > - What is the valid value range for these values? > - The Golden Parser currently allows any value for RLCs in IBIS. > Thanks for any input... > David Wiens > VeriBest Inc. > 303-581-2306 From owner-ibis Thu Jun 27 11:44:59 1996 Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id LAA02045 for ; Thu, 27 Jun 1996 11:44:58 -0700 (PDT) Received: from uucp2.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp2.UU.NET [192.48.96.33]) id QQavyg08302; Thu, 27 Jun 1996 14:35:20 -0400 (EDT) Received: from qdt.UUCP by uucp2.UU.NET with UUCP/RMAIL ; Thu, 27 Jun 1996 14:35:21 -0400 Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA01309; Thu, 27 Jun 96 11:26:59 PDT Received: from f14.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA21681; Thu, 27 Jun 96 11:26:58 PDT Date: Thu, 27 Jun 96 11:26:58 PDT From: jonp@qdt.com (Jon Powell) Message-Id: <9606271826.AA21681@hal.qdt.com> Received: by f14.qdt.com (4.1/SMI-4.1) id AA28908; Thu, 27 Jun 96 11:26:57 PDT To: ibis@vhdl.org Subject: IBIS WWW pointers Hey Guys, I am putting together an IBIS Model Page for our EIA web site. It will contain links to all know repositories of IBIS models. Please forward to me any links that you may know about for inclusion on this web page. thanks jon From owner-ibis Thu Jun 27 15:11:17 1996 Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/8.7.3) with SMTP id PAA03884 for ; Thu, 27 Jun 1996 15:11:16 -0700 (PDT) Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Thu, 27 Jun 96 15:01 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Thu, 27 Jun 96 15:01 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Thu, 27 Jun 96 15:04 PDT Message-Id: Date: Thu, 27 Jun 96 15:04 PDT From: bob@icx.com ( Bob Ross) To: ibis@vhdl.org Subject: BIRD36 COMMENTS - Electrical Board Description To IBIS Committee: BIRD36 looks well structured for the electrical board description. I have just two initial comments. (1) The Fork and EndFork and other new subparameters (Node, Pin) do not need the /. (2) The Matrix subparameter appears to be referenced to the [Pin Numbers] order. For simple connectors and sockets with just single input/output paths, this creates a double sized matrix. I am wondering if the Matrix description should to be referenced to the path description keyword order, where the path names would just be the pin numbers of one side. Bob Ross Interconnectix, Inc. From owner-ibis Thu Jun 27 17:43:21 1996 Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id RAA05583 for ; Thu, 27 Jun 1996 17:43:17 -0700 (PDT) Received: from uucp2.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp2.UU.NET [192.48.96.33]) id QQavze06660; Thu, 27 Jun 1996 20:33:39 -0400 (EDT) Received: from qdt.UUCP by uucp2.UU.NET with UUCP/RMAIL ; Thu, 27 Jun 1996 20:33:39 -0400 Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA02233; Thu, 27 Jun 96 17:33:55 PDT Received: from awacs.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA24565; Thu, 27 Jun 96 17:33:55 PDT Date: Thu, 27 Jun 96 17:33:55 PDT Message-Id: <9606280033.AA24565@hal.qdt.com> Received: by awacs.qdt.com (4.1/SMI-4.1) id AA13121; Thu, 27 Jun 96 17:32:56 PDT From: Chris Rokusek To: ibis@vhdl.org Cc: crokusek@qdt.com Subject: EGG10 - Stats of various parms Hi all, I had a chance to run some statistics on most of the ibis files currently in my posession. The goal of the analysis is to determine appropriate ranges for some of the various fields. We can discuss this at meeting on 7/27 or push back discussion to next meeting. The run included data the following files: 2534v.ibs 2535v.ibs 2536v.ibs 2537v.ibs 2rfs.ibs 700v.ibs 701v.ibs 82374eb.ibs 82374sb.ibs 82375eb.ibs 82375sb.ibs 82378ib.ibs 82378zb.ibs 82379ab.ibs 82423tx.ibs 82424zx.ibs 82425ex.ibs 82426ex.ibs 82433lx.ibs 82433nx.ibs 82434lx.ibs 82434nx.ibs b2525m.ibs b2525n.ibs b2528m.ibs b2528n.ibs b2528v.ibs b2529v.ibs b303m.ibs b303n.ibs b303v.ibs b304m.ibs b304n.ibs b304v.ibs b305m.ibs b305n.ibs b305v.ibs c2525m.ibs c2525n.ibs c2526m.ibs c2526n.ibs cdc.ibs ct2524m.ibs ct2524n.ibs ct2525m.ibs ct2525n.ibs ct2526m.ibs ct2526n.ibs ct2527v.ibs dp8440vj.ibs dp8441vj.ibs dpu.ibs ds26c31.ibs ds26c32.ibs dx4pga.ibs esc.ibs g612mea.ibs g612mtd.ibs gp612mea.ibs gp612mtd.ibs lbx.ibs lct2524m.ibs lct2524n.ibs pc87306.ibs pceb.ibs pcmc.ibs pp100sem.ibs pp66sem.ibs sio.ibs I apologize for some of the files not being the most current version although 95% should be. The report is in 2 sections: 1) the histogram results 2) compressed results including raw data used to create histograms (( If you decide to print this out, be sure and cut out the compressed messy stuff at the end!! ) Regards, -Chris --------------------------------------------------------------------- SHUNT CURRENT at V = -0.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0019 |********** 0.0039 |********* 0.0058 |** 0.0078 |* 0.0097 |* 0.0116 |* 0.0136 |* 0.0155 |* 0.0175 |* 0.0194 |* 0.0214 |* 0.0233 |* 0.0252 |* 0.0272 |* 0.0291 |* 0.0311 |* 0.0330 |* 0.0349 |* 0.0369 |* 0.0388 |* 0.0408 |* 0.0427 |* 0.0446 |* 0.0466 |* 0.0485 |* 0.0505 |* 0.0524 |* 0.0544 |* 0.0563 |* 0.0582 |* 0.0602 |* 0.0621 |* 0.0641 |* 0.0660 |* 0.0679 |* 0.0699 |* 0.0718 |* 0.0738 |* 0.0757 |* SHUNT CURRENT at V = -0.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0259 |* 0.0517 |* 0.0776 |* 0.1034 |* 0.1293 |* 0.1551 |* 0.1810 |* 0.2068 |* 0.2327 |* 0.2586 |* 0.2844 |* 0.3103 |* 0.3361 |* 0.3620 |* 0.3878 |* 0.4137 |* 0.4396 |* 0.4654 |* 0.4913 |* 0.5171 |* 0.5430 |* 0.5688 |* 0.5947 |* 0.6205 |* 0.6464 |* 0.6723 |* 0.6981 |* 0.7240 |* 0.7498 |* 0.7757 |* 0.8015 |* 0.8274 |* 0.8532 |* 0.8791 |* 0.9050 |* 0.9308 |* 0.9567 |* 0.9825 |* 1.0084 |* SHUNT CURRENT at V = -1.00 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*** 1.5150 |** 2.2725 |** 3.0300 |** 3.7875 |** 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -1.00 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.2109 |************ 0.4218 |******* 0.6327 |***** 0.8436 |** 1.0544 |* 1.2653 |* 1.4762 |* 1.6871 |* 1.8980 |* 2.1089 |* 2.3198 |* 2.5307 |* 2.7415 |* 2.9524 |* 3.1633 |* 3.3742 |* 3.5851 |* 3.7960 |* 4.0069 |* 4.2178 |* 4.4286 |* 4.6395 |* 4.8504 |* 5.0613 |* 5.2722 |* 5.4831 |* 5.6940 |* 5.9049 |* 6.1158 |* 6.3266 |* 6.5375 |* 6.7484 |* 6.9593 |* 7.1702 |* 7.3811 |* 7.5920 |* 7.8029 |* 8.0137 |* 8.2246 |* SHUNT CURRENT at V = -1.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************* 1.5150 |******** 2.2725 |*** 3.0300 |** 3.7875 |** 4.5450 |** 5.3025 |** 6.0600 |** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -1.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*********** 1.5150 |******* 2.2725 |** 3.0300 |* 3.7875 |* 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.00 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |********************* 1.5150 |*********** 2.2725 |******** 3.0300 |**** 3.7875 |*** 4.5450 |** 5.3025 |** 6.0600 |** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |** 14.3925 |** 15.1500 |** 15.9075 |** 16.6650 |** 17.4225 |** 18.1800 |** 18.9375 |** 19.6950 |** 20.4525 |** 21.2100 |** 21.9675 |** 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.00 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************ 1.5150 |*********** 2.2725 |******* 3.0300 |***** 3.7875 |** 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*********************** 1.5150 |************* 2.2725 |*********** 3.0300 |******** 3.7875 |***** 4.5450 |**** 5.3025 |*** 6.0600 |*** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |** 14.3925 |** 15.1500 |** 15.9075 |** 16.6650 |** 17.4225 |** 18.1800 |** 18.9375 |** 19.6950 |** 20.4525 |** 21.2100 |** 21.9675 |** 22.7250 |** 23.4825 |** 24.2400 |** 24.9975 |** 25.7550 |** 26.5125 |** 27.2700 |** 28.0275 |** 28.7850 |** 29.5425 |** SHUNT CURRENT at V = -2.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************ 1.5150 |*********** 2.2725 |******* 3.0300 |******* 3.7875 |******* 4.5450 |**** 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* C_comp Values PERCENT (of 488) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 C(pF)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.4318 |*********************************************** 0.8636 |***************************** 1.2953 |************************ 1.7271 |************************ 2.1589 |*********************** 2.5907 |*********************** 3.0224 |********************* 3.4542 |******************* 3.8860 |**************** 4.3177 |************ 4.7495 |*********** 5.1813 |******** 5.6131 |******** 6.0448 |**** 6.4766 |**** 6.9084 |**** 7.3402 |** 7.7720 |* 8.2037 |* 8.6355 |* 9.0673 |* 9.4991 |* 9.9308 |* 10.3626 |* 10.7944 |* 11.2262 |* 11.6579 |* 12.0897 |* 12.5215 |* 12.9532 |* 13.3850 |* 13.8168 |* 14.2486 |* 14.6804 |* 15.1121 |* 15.5439 |* 15.9757 |* 16.4074 |* 16.8392 |* PIN C Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 C(pF)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 2.5250 |************ 5.0500 |** 7.5750 |* 10.1000 |* 12.6250 |* 15.1500 |* 17.6750 |* 20.2000 |* 22.7250 |* 25.2500 |* 27.7750 |* 30.3000 |* 32.8250 |* 35.3500 |* 37.8750 |* 40.4000 |* 42.9250 |* 45.4500 |* 47.9750 |* 50.5000 |* 53.0250 |* 55.5500 |* 58.0750 |* 60.6000 |* 63.1250 |* 65.6500 |* 68.1750 |* 70.7000 |* 73.2250 |* 75.7500 |* 78.2750 |* 80.8000 |* 83.3250 |* 85.8500 |* 88.3750 |* 90.9000 |* 93.4250 |* 95.9500 |* 98.4750 |* PIN L Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 L(nH)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 2.5250 |****************************************** 5.0500 |*************************** 7.5750 |******************** 10.1000 |***************** 12.6250 |******* 15.1500 |* 17.6750 |* 20.2000 |* 22.7250 |* 25.2500 |* 27.7750 |* 30.3000 |* 32.8250 |* 35.3500 |* 37.8750 |* 40.4000 |* 42.9250 |* 45.4500 |* 47.9750 |* 50.5000 |* 53.0250 |* 55.5500 |* 58.0750 |* 60.6000 |* 63.1250 |* 65.6500 |* 68.1750 |* 70.7000 |* 73.2250 |* 75.7500 |* 78.2750 |* 80.8000 |* 83.3250 |* 85.8500 |* 88.3750 |* 90.9000 |* 93.4250 |* 95.9500 |* 98.4750 |* PIN R Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 R(Ohms)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0992 |************************* 0.1985 |***** 0.2977 |**** 0.3969 |**** 0.4962 |**** 0.5954 |**** 0.6946 |**** 0.7939 |**** 0.8931 |** 0.9923 |** 1.0916 |** 1.1908 |** 1.2900 |* 1.3893 |* 1.4885 |* 1.5877 |* 1.6870 |* 1.7862 |* 1.8854 |* 1.9847 |* 2.0839 |* 2.1831 |* 2.2823 |* 2.3816 |* 2.4808 |* 2.5800 |* 2.6793 |* 2.7785 |* 2.8777 |* 2.9770 |* 3.0762 |* 3.1754 |* 3.2747 |* 3.3739 |* 3.4731 |* 3.5724 |* 3.6716 |* 3.7708 |* 3.8701 |* Ramp Times PERCENT (of 2184) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 t(ns)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.1174 |*********************************************** 0.2348 |****************************************** 0.3522 |************************************* 0.4697 |********************************** 0.5871 |******************************** 0.7045 |************************** 0.8219 |****************** 0.9393 |************* 1.0567 |********** 1.1741 |********* 1.2915 |****** 1.4090 |**** 1.5264 |*** 1.6438 |** 1.7612 |** 1.8786 |* 1.9960 |* 2.1134 |* 2.2308 |* 2.3483 |* 2.4657 |* 2.5831 |* 2.7005 |* 2.8179 |* 2.9353 |* 3.0527 |* 3.1701 |* 3.2876 |* 3.4050 |* 3.5224 |* 3.6398 |* 3.7572 |* 3.8746 |* 3.9920 |* 4.1094 |* 4.2269 |* 4.3443 |* 4.4617 |* 4.5791 |* Ramp Volts PERCENT (of 2184) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 Volts|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.1161 |*********************************************** 0.2323 |*********************************************** 0.3485 |*********************************************** 0.4646 |*********************************************** 0.5807 |*********************************************** 0.6969 |********************************************** 0.8130 |********************************************** 0.9292 |********************************************* 1.0453 |******************************************** 1.1615 |******************************************* 1.2776 |**************************************** 1.3938 |************************************ 1.5100 |********************************** 1.6261 |***************************** 1.7422 |*************************** 1.8584 |*********************** 1.9746 |******************** 2.0907 |******************* 2.2069 |***************** 2.3230 |*************** 2.4392 |************* 2.5553 |********* 2.6714 |******** 2.7876 |**** 2.9037 |**** 3.0199 |*** 3.1360 |* 3.2522 |* 3.3684 |* 3.4845 |* 3.6007 |* 3.7168 |* 3.8329 |* 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He is no longer working with Intel. Thanks, Arpad ================================================================================ DATE: June 12, 1996 SUBJECT: 6/7/96 EIA IBIS Open Forum Minutes VOTING MEMBERS AND 1996 PARTICIPANTS LIST: AMP Hank Herrmann*, Tim Minnick (phone)*, Russ Moser* Cadence Design C. Kumar* Contec CAE, Ltd. Dileep Divekar, Norio Matsui, Antonis Orphanou* Cypress Bruce Wenniger Hewlett Packard, EEsof Karl Kachigan*, Henry Wu HyperLynx Kellee Crisafulli INCASES Olaf Rethmeier, Ralf Bruening* Intel Corporation Stephen Peters, Will Hobbs*, Arpad Muranyi*, John Keifer, Aaron Tang, Duane Quiet, Donald Telian, Jim Kruchowski Interconnectix, Inc. Bob Ross* Meta-Software (Sanjay Gangal) Mitsubushi Tam Cao, Hoang Nguyen* Motorola Ahmed Omer* National Semiconductor Syed Huq*, Donald Snyder, Chune-Sin Yeh, Bill Aronson* NCR (formerly ATT-GIS) Dave Moxley (phone)*, Richard Mellitz NEC (Hiroshi Matsumoto), Quad Design Jon Powell*, Chris Rokusek* Texas Instruments Roger Cline, Ben Andresen, Sri Jandhyala, Tareq Shahwan, Dan Phipps Thomson-CSF/SCTF (Jean LeBrun) UniCAD Canada Ltd. Celso Faia* VLSI Technology Dick Ulmer*, Sung Oh, Swami Gangadharan, Daniel Kim, Tom Dockery, D.C. Sessions* Zuken-Redac (John Berrie) OTHER PARTICIPANTS IN 1996: Alcatel John Fitzpatrick Altera Vadim von Brzeski Apteq Design System Dan FitzPatrick Compaq Mark Leonard Digital Equipment Corp. Jeff Chu EIA Patti Rusher* IC Works Eric Chen Micron Technology Brian Johnson MicroSim Ralph Perez Molex Gus Panella North Carolina State U. (Michael Steer) Oki Semiconductor Tom Chao Philips Semiconductor Mike Magdaluyo Rockwell Collins Thomas Thurman S3, Inc. Sarathy Sribhashyam*, Phap Duong Seimans Nixdorf Arnaud Lacariere Symmetry Andy Hughes* Tektronix, Inc. Brock Hannibal TRW & Free Model Foundation Robert Harrison Veribest Ian Dodd*, David Wiens VTC, Inc. Bob Ward* Zeelan Technology George Opsahl In the list above, attendees at the meeting are indicated by *. Principle members or other active members who have not attended are in parentheses. Upcoming Meetings: The bridge numbers for future IBIS teleconferences are as follows: Date Bridge Number Reservation # Passcode 6/28/96 (916) 356-9200 2-78902 4366478 7/19/96 (916) 356-9200 2-78903 6186335 All meetings are 8:00 AM to 9:55 AM Pacific Time. We try to have agendas out 7 days before each open forum and meeting minutes out within 7 days after. When you call into the meeting, ask for the IBIS Open Forum hosted by Will Hobbs and give the reservation number and passcode. NOTE: "AR" = Action Required. -------------------------------- MINUTES ------------------------------------- INTRODUCTIONS Will Hobbs called the meeting to order and complemented Jon Powell for the Buttons and Placards. The attendees introduced themselves. New attendees for 1996 included D.C. Sessions of VLSI, Bob Ward of VTC, Inc., Russ Moser of AMP, Bill Aronson of National Semiconductor, Antonis Orphanou of Contec, Andy Hughes of Symmetry, Hoang Nguyen of Mitsubishi, and Ralf Brueing of INCASES. Twenty five people attended from eighteen different organizations. EIA MEMBERSHIP AND TREASURER'S REPORT Patti Rusher did not have updated figures, but estimates the treasury at about $6000 after DAC expenses. She has requested a formal monthly report. Both Veribest and Digital Equipment Corporation are expected to join as soon as payment is received on their invoices. Payment has not been received from Quantic and Tanner, so they have been dropped from membership status. MINUTES REPORT, MISC. No Corrections. MISCELLANY/ANNOUNCEMENTS None. PRESS AND WEB PAGE UPDATES The 1996 Proceedings of the 46th Electronic Components & Technology Conference, May 28-31, 1996 contains a paper by Peivand Tehraini, Yuzhe Chen, and Jiayuan Fang on "Extraction of Transient Behavioral Model of Digital I/O Buffers from IBIS". VLSI is considering Web access for their models, but they are currently available through direct contact. Also, ICS, Inc. has IBIS models. NEW MODELS None reported. OPENS FOR NEW ISSUES Will Hobbs for International Efforts Patti Rusher for DAC97 INTERNATIONAL STANDARDIZATION Will Hobbs summarized the recent international efforts to date. An Express representation is required to move forward. The experts at the University of Manchester estimate an upper limit of 2 months effort to upgrade IBIS Version 2.0 to Version 2.1 with documentation suitable for review. The rate for such effort is $6000 per month. Patti Rusher said that there were efforts to obtain this money. Patti summarized the steps toward international standardization. Since IBIS is a formal ANSI standard it is ready to be forwarded as a new work item proposal to IEC once an Express representation is available. Then it will be assigned to a working group and would probably take about 2-1/2 years to reach adoption because of the time necessary to poll the member countries. A faster model for standardization is being adopted since technology life cycles can be much shorter. Ian Dodd mentioned that David Wiens submitted concerns about IBIS inclusion of EDIF 4 0 0. Patti reported that the comments had been received. DAC97 (DESIGN AUTOMATION CONFERENCE) Patti Rusher reported much interest in IBIS at the Standards booth and will forward the names of people requesting information. The IBIS sign attracted attention and the unified appearance promoted unity among standards. The booth was professionally designed as opposed to the ad-hoc appearance of last year. Thank you Patti for a job well done. Jon Powell would like to see EIA IBIS members listed next year, and Patti thought that would fit in well. We generally agreed to participate in the Standards Booth in 1997. Jon mentioned other ideas including a separate static display for IBIS and hot Web page links. Karl Kachigan stated that that was effective at DAC. EIA AWARDS The following organizations received award placards for outstanding service in promoting IBIS Models and Utilities. National Semiconductor for providing IBIS models, presented to Syed Huq Intel Corporation for providing IBIS models, presented to Arpad Muranyi HyperLynx for providing the "winibis" plotting utility (Kellee Chrisafulli) North Carolina State University for providing "s2ibis" and "s2iplt" utilities (Steve Lipa, Alan Glaser, Michael Steer, Paul Franzon) Also, Will Hobbs received a placard for outstanding service as chair of the EIA/IBIS Committee. ELECTIONS OF OFFICERS FOR 1996/1997 Will Hobbs indicated that he will be on sabbatical for several months and and declined to serve as chair for next year. He summarized the duties of all positions and asked for nominations. The following new officers were nominated and elected: Chair: Bob Ross, Interconnectix, Inc. Vice-Chair: Syed Huq, National Semiconductor Secretary: None Librarian: Jon Powell, Quad Design Bob indicated that we are searching for a Secretary, but some of the duties can be divided among the officers. Syed will continue his fine work managing and upgrading the EIA IBIS Web site, and Jon indicated that he plans to expand the Librarian role to provide links to other IBIS model locations. BIRD36 - BOARD LEVEL COMPONENT DESCRIPTION (To Be Submitted) Will Hobbs started the discussion by stating the Stephen Peters held an on site Package Committee meeting on 6/6/96 with Jon Powell, Hank Herrmann, C. Kumar, Ian Dodd, and Bob Ross. Stephen had to return home, but the meeting continued. The subsequent discussion changed the direction of BIRD36 back to a prior position. Bob Ross started the technical discussion by presenting an overview: 1. Currently IBIS deals with electrical component descriptions to be used with physical board descriptions (PBD). Typically a number of vendor specific formats are used for PBDs, but EDIF 4 0 0 also provides a standardized format. Most EDA tools provide electrical processing of PBDs and IBIS models. The .ibs file contains package information which can exist within the .ibs file or can exist in a separate .pkg file for Version 2.1 matrices and BIRD28.3 extensions. Even with extensions, the package description is for a single pin only. 2. There are two overlapping proposals regarding extensions. The first is BIRD36 covering the other extreme - an electrical board description (EBD). It deals with PATHS which can connect multiple pins and internal nodes. These internal nodes can reference IBIS model pins. The EBD is intended to provide electrical characteristics of SIMMs, MCMs, and also electrical stubs where the physical board has not been designed. At the lowest level, the EBD can be used for connector, cable and socket models because they are usually direct two-pin paths. The second is BIRD31.3, the Mated Models proposal which extends BIRD28.3 to cover direct, two-pin paths only. It would not require the addition of PATH syntax, but would be limited in its scope. Because of some advanced connector designs, Hank Herrmann favors the BIRD36 approach to avoid having two methods to provide the same information. So the Package Committee proposal is to focus on BIRD36 and have it include mated models. 3. Both the .pkg file and the EBD (.ebd) handle discrete LRC components, distributed LRC components, MATRIX functionality (including coupling), and sections. The EBD also adds PATHS, PINS, NODES, FORKS, Tedge_rate and Cpad. Stephen Peters has indicated that he would like FORKS added to the .pkg file. The EBD would reside in a separate file. However, it could contain IBIS components within, or it could reference IBIS components in .ibs files in the same directory. (Simulator companies could extend this to include search paths to other directories.) So it is possible that a .ebd file references a component in a .ibs file which references a package description in a .pkg file. The details and BIRD36 syntax need to be worked out. Even internal paths between components are permitted within EBDs. 4. EBDs can connect to other EBDs and to PBDs. It is permitted to have PBDs connected by connector EBDs. Or connector EBDs can connect other EBDs EBDs and PBDs. Or EBDs can contain within it the connector or socket EBD. Currently, the PentiumPro IBIS model has a package description that includes its always present socket. However, this device could also be attached through an EBD socket. The boundaries of all physical connections extend to the physical surfaces of the devices. 5. There is still a need to investigate all of the possible connection scenarios to be sure that all the cases are covered. There are limits to how well the EBD will characterize MCMs and complicated boards since its individual coupled matrix capability is limited. In such cases, the PCB approach should be used. The EBD is not intended for large boards. In the discussion that followed, Hank Herrmann mentioned the need to support unloaded sockets, such as an unpopulated SIMM socket. Hank also stressed that Tedge_rate be defined in BIRD36 similar to BIRD31.3 to set the accuracy range. Distributed models need to be used, if specified, so that the structurally smallest Tedge_rate limit can be applied without numerical degradation. The 20-80% definition should be used. C. Kumar added that Tedge_rate can be used for optimal model selection. AR - Stephen Peters (and Bob Ross) submit BIRD36.1 with changes reflecting the Package Committee agreement and ensuring that the BIRD31.3 functionality is fully included. AR - Stephen Peters submit an upgrade to approved BIRD28.3 to include forks and endforks. The other Package Birds were discussed briefly. BIRD31.3 - Mated Models is expected to be dropped pending the outcome of BIRD36.1. BIRD32 - Additional Enhancement to the Package Model contains some technical complexities which are currently being shelved. BIRD33 - Physical representation was voted NO. The IBIS committee had already agreed upon a position recommended by the Package Committee that EDIF 4 0 0 should be supported as the physical description format. PRIORITIES AND WISHES FOR VERSION 3.0 Will Hobbs used some available time for discussion of this topic with respect to the proposed Version 3.0 release by the end of the year. Arpad Muranyi asked what was needed for Version 3.0. The discussion included model selection (BIRD 30.2 - approved), package extensions (BIRD28.3+), electrical board descriptions (BIRD36), multi-staged switching (pending BIRD35), stored charge effects (pending BIRD 34.1), and possibly feedback, scaling, and thresholds. Feedback can be voltage or time based. It could be time or voltage related. However, the mechanisms tend to be proprietary, making formulating a proposal difficult. There was some discussion on whether some scaling mechanism coupled with voltage or resistor sensing could provide static or controlled feedback. Threshold extensions including overshoot limits could be added via the BIRD process. Bus-hold effects were also mentioned. At the January IBIS summit we learned that these effects produced almost insignificant corrections in the 100 uA range. If they are time based, they might be included in BIRD35 Multi-staged extensions. VALIDATION DISCUSSION Russ Moser presented a position that by corporate policy AMP and other companies must give the best models possible. This forces internal validation policies. It is difficulty to validate "IBIS" connector models without internal IBIS processing tools. He speculated that other companies might be reluctant to release models that have not been validated. BIRD35 - MULTI-STAGED OUTPUTS Bob Ross briefly discussed this proposal for providing within a single model the ability to have multiple V/I and V/T tables. All the V/T tables would have the same reference time. This proposal reflects actual device architecture, although creating actual tables might be difficult because of interactions. Arpad Muranyi questioned whether the existing V/T method was adequate. Jon Powell will provide specific examples where multi- staged models are necessary to give the correct answer. One example has the switching outputs drawn from one voltage reference, and the stable DC level from another voltage reference. C. Kumar argued that it is possible to link existing models together to create effective multi-staged switching through scripts. However, D.C. Sessions and Dick Ulmer preferred that all of the switching mechanisms be contained within a single model. AR - Jon Powell submit examples of simulation behaviors that require multi-staged models [Done]. BIRD34.1 - STORED CHARGE EFFECTS Bob Ross summarized the Spice program differences sent out. Both programs cover identical cases, but one program uses a transmission line model similar to actual situations where glitches are produced, while the other represents a 50 ohm source and load test circuit which would be easier to extract the data. The first circuit shows nearly exact agreement, while the second circuit has more error when clamp tables are used due to some numerical artifacts related to derivative sensitivity. Effective TT parameters are proposed for [Gnd Clamp] and [Power Clamp] tables, and BIRD34.1 shows mathematical relationships to the non-linear capacitance. Jon Powell had shown earlier that a TT and a voltage variable capacitance produced the same effects. D.C. Sessions and others argued that perhaps a Capacitance vs. Voltage table would be preferred to supplement or replace C_comp. EGG10 - PARSER ADDITIONS FOR NUMERICAL CHECKING Chris Rokusek stated that he still plans to provide some numerical values for the proposed warning limits for ibischk2. NEXT MEETING: The next meeting is on Friday, June 28, 1996 8:00 A.M. to 10:00 A.M. Syed Huq will Chair the meeting since Bob Ross will be out. ============================================================================== NOTES IBIS CHAIR: Bob Ross (503) 603-2523, Fax (503) 639-3469 bob@icx.com Modeling Engineer, Interconnectix, Inc. 10220 SW Nimbus Ave, K4, Portland, OR 97223 VICE CHAIR: Syed Huq (408) 721-4874, Fax: (408) 721-4785 huq@rockie.nsc.com Product Marketing Manager, National Semiconductor, M/S A-2595 2900 Semiconductor Drive, Santa Clara, CA 95052 LIBRARIAN: Jon Powell (805) 988-8250, Fax: (805) 988-8259 jonp@qdt.com Transmission-Line Products Manager, Quad Design 1385 Del Norte Rd., Camarillo, CA 93010 SECRETARY: Vacant This meeting was conducted in accordance with the EIA Legal Guides and EIA Manual of Organization and Procedure. The following e-mail addresses are used: ibis-request@vhdl.org To join, change, or drop from either the IBIS Open Forum Reflector (ibis@vhdl.org), the IBIS Users' Group Reflector (ibis-users@vhdl.org) or both. State your request. ibis-info@vhdl.org To obtain general information about IBIS, to ask specific questions for individual response, and to inquire about joining the EIA-IBIS Open Forum as a full Member. ibis@vhdl.org To send a message to the general IBIS Open Forum Reflector. This is used mostly for IBIS Standardization business and future IBIS technical enhancements. ibis-users@vhdl.org To send a message to the IBIS Users' Group Reflector. This is used mostly for IBIS clarification, current modeling issues, and general user concerns. ibischk-bug@vhdl.org To report ibischk2 parser bugs. The Bug Report Form Resides on vhdl.org in /pub/ibis/bugs/bugform.txt along with reported bugs. Information on IBIS technical contents, IBIS participants, and actual IBIS models are available on the IBIS Home page found by selecting the Electronic Information Group under: http://www.eia.org Check the pub/ibis directory on vhdl.org for more information on previous discussions and results. You can get on via ftp anonymous, "guest" login from telnet or dial-in (415-335-0110), or send an e-mail request to the automatic archive server, archive@vhdl.org. "IBIS Spoken Here" placards are available from Jon Powell (jonp@qdt.com) for use at trade shows. ============================================================================== Text item: External Message Header The following mail header is for administrative use and may be ignored unless there are problems. ***IF THERE ARE PROBLEMS SAVE THESE HEADERS***. Subject: IBIS MINUTES 6/7/96 To: ibis@vhdl.org From: bob@icx.com ( Bob Ross) Date: Wed, 12 Jun 96 11:00 PDT Message-Id: Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 11:00 PDT Received: by icx.com (/\==/\ Smail3.1.28.1 #28.14) id ; Wed, 12 Jun 96 10:57 PDT Received: by icx.com (/\oo/\ Smail3.1.29.1 #29.2) id ; Wed, 12 Jun 96 10:57 PDT Received: from icx.com (root@fw.icx.com [205.238.6.33]) by vhdl.vhdl.org (8.7.3/ 8.7.3) with SMTP id LAA21216 for ; Wed, 12 Jun 1996 11:06:52 -070 0 (PDT) Received: from vhdl.vhdl.org (vhdl.vhdl.org [198.31.14.3]) by ormail.intel.com ( 8.7.4/8.7.3) with ESMTP id LAA11154; Wed, 12 Jun 1996 11:00:35 -0700 (PDT) Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by relay.jf.i ntel.com (8.7.4/8.7.3) with ESMTP id LAA01465; Wed, 12 Jun 1996 11:00:33 -0700 ( PDT) Return-Path: owner-ibis@vhdl.vhdl.org From owner-ibis Fri Jun 28 10:51:16 1996 Received: from relay5.UU.NET (relay5.UU.NET [192.48.96.15]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id KAA22094 for ; Fri, 28 Jun 1996 10:50:50 -0700 (PDT) Received: from uucp6.UU.NET by relay5.UU.NET with SMTP (peer crosschecked as: uucp6.UU.NET [192.48.96.37]) id QQawbu01610; Fri, 28 Jun 1996 13:41:03 -0400 (EDT) Received: from qdt.UUCP by uucp6.UU.NET with UUCP/RMAIL ; Fri, 28 Jun 1996 13:41:04 -0400 Received: from hal.qdt.com by qdt.com (4.1/SMI-4.1) id AA00775; Fri, 28 Jun 96 09:57:02 PDT Received: from awacs.qdt.com by hal.qdt.com (4.1/SMI-4.1) id AA03858; Fri, 28 Jun 96 09:56:57 PDT Date: Fri, 28 Jun 96 09:56:57 PDT Message-Id: <9606281656.AA03858@hal.qdt.com> Received: by awacs.qdt.com (4.1/SMI-4.1) id AA13337; Fri, 28 Jun 96 09:56:54 PDT From: Chris Rokusek To: ibis@vhdl.org Subject: EGG10 - Resend, uncompressed Hi all, Here is a resend of previously sent data, uncompressed... -Chris R. -------------------------------------------------------------- SHUNT CURRENT at V = -0.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0019 |********** 0.0039 |********* 0.0058 |** 0.0078 |* 0.0097 |* 0.0116 |* 0.0136 |* 0.0155 |* 0.0175 |* 0.0194 |* 0.0214 |* 0.0233 |* 0.0252 |* 0.0272 |* 0.0291 |* 0.0311 |* 0.0330 |* 0.0349 |* 0.0369 |* 0.0388 |* 0.0408 |* 0.0427 |* 0.0446 |* 0.0466 |* 0.0485 |* 0.0505 |* 0.0524 |* 0.0544 |* 0.0563 |* 0.0582 |* 0.0602 |* 0.0621 |* 0.0641 |* 0.0660 |* 0.0679 |* 0.0699 |* 0.0718 |* 0.0738 |* 0.0757 |* SHUNT CURRENT at V = -0.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0259 |* 0.0517 |* 0.0776 |* 0.1034 |* 0.1293 |* 0.1551 |* 0.1810 |* 0.2068 |* 0.2327 |* 0.2586 |* 0.2844 |* 0.3103 |* 0.3361 |* 0.3620 |* 0.3878 |* 0.4137 |* 0.4396 |* 0.4654 |* 0.4913 |* 0.5171 |* 0.5430 |* 0.5688 |* 0.5947 |* 0.6205 |* 0.6464 |* 0.6723 |* 0.6981 |* 0.7240 |* 0.7498 |* 0.7757 |* 0.8015 |* 0.8274 |* 0.8532 |* 0.8791 |* 0.9050 |* 0.9308 |* 0.9567 |* 0.9825 |* 1.0084 |* SHUNT CURRENT at V = -1.00 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*** 1.5150 |** 2.2725 |** 3.0300 |** 3.7875 |** 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -1.00 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.2109 |************ 0.4218 |******* 0.6327 |***** 0.8436 |** 1.0544 |* 1.2653 |* 1.4762 |* 1.6871 |* 1.8980 |* 2.1089 |* 2.3198 |* 2.5307 |* 2.7415 |* 2.9524 |* 3.1633 |* 3.3742 |* 3.5851 |* 3.7960 |* 4.0069 |* 4.2178 |* 4.4286 |* 4.6395 |* 4.8504 |* 5.0613 |* 5.2722 |* 5.4831 |* 5.6940 |* 5.9049 |* 6.1158 |* 6.3266 |* 6.5375 |* 6.7484 |* 6.9593 |* 7.1702 |* 7.3811 |* 7.5920 |* 7.8029 |* 8.0137 |* 8.2246 |* SHUNT CURRENT at V = -1.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************* 1.5150 |******** 2.2725 |*** 3.0300 |** 3.7875 |** 4.5450 |** 5.3025 |** 6.0600 |** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -1.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*********** 1.5150 |******* 2.2725 |** 3.0300 |* 3.7875 |* 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.00 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |********************* 1.5150 |*********** 2.2725 |******** 3.0300 |**** 3.7875 |*** 4.5450 |** 5.3025 |** 6.0600 |** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |** 14.3925 |** 15.1500 |** 15.9075 |** 16.6650 |** 17.4225 |** 18.1800 |** 18.9375 |** 19.6950 |** 20.4525 |** 21.2100 |** 21.9675 |** 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.00 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************ 1.5150 |*********** 2.2725 |******* 3.0300 |***** 3.7875 |** 4.5450 |* 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* SHUNT CURRENT at V = -2.50 (GND CLAMP) PERCENT (of 307) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |*********************** 1.5150 |************* 2.2725 |*********** 3.0300 |******** 3.7875 |***** 4.5450 |**** 5.3025 |*** 6.0600 |*** 6.8175 |** 7.5750 |** 8.3325 |** 9.0900 |** 9.8475 |** 10.6050 |** 11.3625 |** 12.1200 |** 12.8775 |** 13.6350 |** 14.3925 |** 15.1500 |** 15.9075 |** 16.6650 |** 17.4225 |** 18.1800 |** 18.9375 |** 19.6950 |** 20.4525 |** 21.2100 |** 21.9675 |** 22.7250 |** 23.4825 |** 24.2400 |** 24.9975 |** 25.7550 |** 26.5125 |** 27.2700 |** 28.0275 |** 28.7850 |** 29.5425 |** SHUNT CURRENT at V = -2.50 (POWER CLAMP) PERCENT (of 303) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 I(Amps)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.7575 |************ 1.5150 |*********** 2.2725 |******* 3.0300 |******* 3.7875 |******* 4.5450 |**** 5.3025 |* 6.0600 |* 6.8175 |* 7.5750 |* 8.3325 |* 9.0900 |* 9.8475 |* 10.6050 |* 11.3625 |* 12.1200 |* 12.8775 |* 13.6350 |* 14.3925 |* 15.1500 |* 15.9075 |* 16.6650 |* 17.4225 |* 18.1800 |* 18.9375 |* 19.6950 |* 20.4525 |* 21.2100 |* 21.9675 |* 22.7250 |* 23.4825 |* 24.2400 |* 24.9975 |* 25.7550 |* 26.5125 |* 27.2700 |* 28.0275 |* 28.7850 |* 29.5425 |* C_comp Values PERCENT (of 488) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 C(pF)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.4318 |*********************************************** 0.8636 |***************************** 1.2953 |************************ 1.7271 |************************ 2.1589 |*********************** 2.5907 |*********************** 3.0224 |********************* 3.4542 |******************* 3.8860 |**************** 4.3177 |************ 4.7495 |*********** 5.1813 |******** 5.6131 |******** 6.0448 |**** 6.4766 |**** 6.9084 |**** 7.3402 |** 7.7720 |* 8.2037 |* 8.6355 |* 9.0673 |* 9.4991 |* 9.9308 |* 10.3626 |* 10.7944 |* 11.2262 |* 11.6579 |* 12.0897 |* 12.5215 |* 12.9532 |* 13.3850 |* 13.8168 |* 14.2486 |* 14.6804 |* 15.1121 |* 15.5439 |* 15.9757 |* 16.4074 |* 16.8392 |* PIN C Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 C(pF)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 2.5250 |************ 5.0500 |** 7.5750 |* 10.1000 |* 12.6250 |* 15.1500 |* 17.6750 |* 20.2000 |* 22.7250 |* 25.2500 |* 27.7750 |* 30.3000 |* 32.8250 |* 35.3500 |* 37.8750 |* 40.4000 |* 42.9250 |* 45.4500 |* 47.9750 |* 50.5000 |* 53.0250 |* 55.5500 |* 58.0750 |* 60.6000 |* 63.1250 |* 65.6500 |* 68.1750 |* 70.7000 |* 73.2250 |* 75.7500 |* 78.2750 |* 80.8000 |* 83.3250 |* 85.8500 |* 88.3750 |* 90.9000 |* 93.4250 |* 95.9500 |* 98.4750 |* PIN L Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 L(nH)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 2.5250 |****************************************** 5.0500 |*************************** 7.5750 |******************** 10.1000 |***************** 12.6250 |******* 15.1500 |* 17.6750 |* 20.2000 |* 22.7250 |* 25.2500 |* 27.7750 |* 30.3000 |* 32.8250 |* 35.3500 |* 37.8750 |* 40.4000 |* 42.9250 |* 45.4500 |* 47.9750 |* 50.5000 |* 53.0250 |* 55.5500 |* 58.0750 |* 60.6000 |* 63.1250 |* 65.6500 |* 68.1750 |* 70.7000 |* 73.2250 |* 75.7500 |* 78.2750 |* 80.8000 |* 83.3250 |* 85.8500 |* 88.3750 |* 90.9000 |* 93.4250 |* 95.9500 |* 98.4750 |* PIN R Values PERCENT (of 1684) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 R(Ohms)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.0992 |************************* 0.1985 |***** 0.2977 |**** 0.3969 |**** 0.4962 |**** 0.5954 |**** 0.6946 |**** 0.7939 |**** 0.8931 |** 0.9923 |** 1.0916 |** 1.1908 |** 1.2900 |* 1.3893 |* 1.4885 |* 1.5877 |* 1.6870 |* 1.7862 |* 1.8854 |* 1.9847 |* 2.0839 |* 2.1831 |* 2.2823 |* 2.3816 |* 2.4808 |* 2.5800 |* 2.6793 |* 2.7785 |* 2.8777 |* 2.9770 |* 3.0762 |* 3.1754 |* 3.2747 |* 3.3739 |* 3.4731 |* 3.5724 |* 3.6716 |* 3.7708 |* 3.8701 |* Ramp Times PERCENT (of 2184) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 t(ns)|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.1174 |*********************************************** 0.2348 |****************************************** 0.3522 |************************************* 0.4697 |********************************** 0.5871 |******************************** 0.7045 |************************** 0.8219 |****************** 0.9393 |************* 1.0567 |********** 1.1741 |********* 1.2915 |****** 1.4090 |**** 1.5264 |*** 1.6438 |** 1.7612 |** 1.8786 |* 1.9960 |* 2.1134 |* 2.2308 |* 2.3483 |* 2.4657 |* 2.5831 |* 2.7005 |* 2.8179 |* 2.9353 |* 3.0527 |* 3.1701 |* 3.2876 |* 3.4050 |* 3.5224 |* 3.6398 |* 3.7572 |* 3.8746 |* 3.9920 |* 4.1094 |* 4.2269 |* 4.3443 |* 4.4617 |* 4.5791 |* Ramp Volts PERCENT (of 2184) EXCEEDING -> 0 10 20 30 40 50 60 70 80 90 100 Volts|----|----|----|----|----|----|----|----|----|----| 0.0000 |************************************************** 0.1161 |*********************************************** 0.2323 |*********************************************** 0.3485 |*********************************************** 0.4646 |*********************************************** 0.5807 |*********************************************** 0.6969 |********************************************** 0.8130 |********************************************** 0.9292 |********************************************* 1.0453 |******************************************** 1.1615 |******************************************* 1.2776 |**************************************** 1.3938 |************************************ 1.5100 |********************************** 1.6261 |***************************** 1.7422 |*************************** 1.8584 |*********************** 1.9746 |******************** 2.0907 |******************* 2.2069 |***************** 2.3230 |*************** 2.4392 |************* 2.5553 |********* 2.6714 |******** 2.7876 |**** 2.9037 |**** 3.0199 |*** 3.1360 |* 3.2522 |* 3.3684 |* 3.4845 |* 3.6007 |* 3.7168 |* 3.8329 |* 3.9491 |* 4.0652 |* 4.1814 |* 4.2976 |* 4.4137 |* 4.5299 |* COMPONENT: S82378IB C_pkg: 1.360000E+00 L_pkg: 2.500000E+01 R_pkg: 2.770000E-01 COMPONENT: Pentium_processor(510\60,567\66) C_pkg: 1.020000E+01 L_pkg: 2.060000E+01 R_pkg: 0.000000E+00 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.750000 C_pin: 5.200000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 12.850000 C_pin: 5.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 11.200000 C_pin: 4.250000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 10.250000 C_pin: 3.550000 R_pin: 0.000000 L_pin: 8.250000 C_pin: 2.000000 R_pin: 0.000000 L_pin: 8.250000 C_pin: 2.000000 R_pin: 0.000000 L_pin: 8.250000 C_pin: 2.000000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 10.000000 C_pin: 3.450000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 12.900000 C_pin: 5.500000 R_pin: 0.000000 L_pin: 11.600000 C_pin: 4.100000 R_pin: 0.000000 L_pin: 11.600000 C_pin: 4.100000 R_pin: 0.000000 L_pin: 11.600000 C_pin: 4.100000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 8.750000 C_pin: 1.450000 R_pin: 0.000000 L_pin: 17.500000 C_pin: 8.600000 R_pin: 0.000000 L_pin: 7.300000 C_pin: 1.900000 R_pin: 0.000000 L_pin: 8.450000 C_pin: 2.550000 COMPONENT: Pentium_processor(735\90,815\100) C_pkg: 5.290000E+00 L_pkg: 1.441000E+01 R_pkg: 0.000000E+00 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 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C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 R_pin: 0.000000 L_pin: 13.300000 C_pin: 4.150000 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7.200000 R_pin: 1.864000 L_pin: 15.530000 C_pin: 3.870000 R_pin: 0.858000 L_pin: 9.950000 C_pin: 2.020000 R_pin: 2.404000 L_pin: 16.820000 C_pin: 7.230000 R_pin: 1.804000 L_pin: 15.200000 C_pin: 3.760000 R_pin: 3.336000 L_pin: 23.710000 C_pin: 6.580000 R_pin: 1.912000 L_pin: 14.240000 C_pin: 5.880000 R_pin: 3.930000 L_pin: 27.010000 C_pin: 7.680000 R_pin: 1.708000 L_pin: 14.670000 C_pin: 3.590000 R_pin: 0.928000 L_pin: 9.090000 C_pin: 3.190000 R_pin: 2.134000 L_pin: 17.030000 C_pin: 4.370000 R_pin: 1.528000 L_pin: 13.670000 C_pin: 3.250000 R_pin: 1.614000 L_pin: 14.140000 C_pin: 3.410000 R_pin: 0.848000 L_pin: 8.670000 C_pin: 2.970000 R_pin: 1.002000 L_pin: 10.750000 C_pin: 2.280000 R_pin: 2.266000 L_pin: 17.770000 C_pin: 4.610000 R_pin: 1.160000 L_pin: 10.300000 C_pin: 3.830000 R_pin: 0.954000 L_pin: 9.220000 C_pin: 3.260000 R_pin: 1.432000 L_pin: 11.730000 C_pin: 4.570000 R_pin: 1.048000 L_pin: 11.000000 C_pin: 2.370000 R_pin: 1.548000 L_pin: 12.340000 C_pin: 4.890000 R_pin: 1.000000 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1.980000 R_pin: 0.914000 L_pin: 9.020000 C_pin: 3.150000 R_pin: 0.966000 L_pin: 9.290000 C_pin: 3.290000 R_pin: 1.084000 L_pin: 11.200000 C_pin: 2.440000 R_pin: 1.134000 L_pin: 11.480000 C_pin: 2.530000 R_pin: 1.872000 L_pin: 15.580000 C_pin: 3.890000 R_pin: 1.630000 L_pin: 14.230000 C_pin: 3.440000 R_pin: 1.616000 L_pin: 12.690000 C_pin: 5.070000 R_pin: 1.708000 L_pin: 14.670000 C_pin: 3.590000 R_pin: 1.604000 L_pin: 12.630000 C_pin: 5.040000 R_pin: 1.498000 L_pin: 13.500000 C_pin: 3.200000 R_pin: 1.148000 L_pin: 11.560000 C_pin: 2.550000 R_pin: 1.274000 L_pin: 10.900000 C_pin: 4.140000 R_pin: 1.252000 L_pin: 12.130000 C_pin: 2.750000 R_pin: 1.504000 L_pin: 12.110000 C_pin: 4.770000 R_pin: 1.698000 L_pin: 14.610000 C_pin: 3.570000 R_pin: 1.900000 L_pin: 14.180000 C_pin: 5.850000 R_pin: 1.800000 L_pin: 15.180000 C_pin: 3.750000 R_pin: 1.756000 L_pin: 14.930000 C_pin: 3.670000 R_pin: 1.842000 L_pin: 13.880000 C_pin: 5.690000 R_pin: 1.530000 L_pin: 12.240000 C_pin: 4.840000 R_pin: 1.444000 L_pin: 13.200000 C_pin: 3.100000 R_pin: 1.722000 L_pin: 13.250000 C_pin: 5.360000 R_pin: 1.792000 L_pin: 15.130000 C_pin: 3.740000 R_pin: 1.888000 L_pin: 14.120000 C_pin: 5.820000 COMPONENT: DS26C32ATN C_pkg: 2.600000E-01 L_pkg: 1.370000E+00 R_pkg: 5.000000E-02 COMPONENT: DS26C31TN C_pkg: 2.600000E-01 L_pkg: 1.370000E+00 R_pkg: 5.000000E-02 COMPONENT: S82423TX C_pkg: 1.900000E+00 L_pkg: 1.180000E+01 R_pkg: 2.620000E-01 COMPONENT: DP8441 C_pkg: 1.100000E+00 L_pkg: 6.500000E+00 R_pkg: 1.000000E-01 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 COMPONENT: DP8440 C_pkg: 1.100000E+00 L_pkg: 6.500000E+00 R_pkg: 1.000000E-01 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.020000 C_pin: 0.550000 R_pin: 0.080000 L_pin: 4.080000 C_pin: 0.590000 R_pin: 0.080000 L_pin: 4.180000 C_pin: 0.620000 R_pin: 0.080000 L_pin: 4.330000 C_pin: 0.640000 R_pin: 0.080000 L_pin: 4.440000 C_pin: 0.680000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.600000 C_pin: 0.720000 R_pin: 0.080000 L_pin: 4.770000 C_pin: 0.750000 R_pin: 0.080000 L_pin: 4.960000 C_pin: 0.780000 R_pin: 0.080000 L_pin: 5.070000 C_pin: 0.820000 R_pin: 0.080000 L_pin: 5.200000 C_pin: 0.870000 R_pin: 0.080000 L_pin: 5.400000 C_pin: 0.900000 R_pin: 0.080000 L_pin: 5.500000 C_pin: 0.960000 R_pin: 0.080000 L_pin: 5.590000 C_pin: 0.990000 R_pin: 0.080000 L_pin: 5.910000 C_pin: 1.050000 R_pin: 0.080000 L_pin: 6.430000 C_pin: 0.840000 COMPONENT: CGS74CT2527V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74CT2526N C_pkg: 3.100000E-01 L_pkg: 6.000000E+00 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.290000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.160000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.110000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.150000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.310000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.310000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.300000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.140000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.160000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.290000 COMPONENT: CGS74CT2526M C_pkg: 2.500000E-01 L_pkg: 2.230000E+00 R_pkg: 1.000000E-01 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 COMPONENT: CGS74CT2525N C_pkg: 3.000000E-01 L_pkg: 1.600000E+01 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.100000 L_pin: 3.330000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 5.000000 C_pin: 0.110000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.125000 L_pin: 3.330000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 5.000000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 13.000000 C_pin: 0.120000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 COMPONENT: CGS74CT2525M C_pkg: 1.000000E-01 L_pkg: 2.750000E+00 R_pkg: 8.000000E-01 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 COMPONENT: CGS74CT2524N C_pkg: 2.400000E-01 L_pkg: 7.140000E+00 R_pkg: 1.200000E-01 R_pin: 0.120000 L_pin: 6.590000 C_pin: 0.170000 R_pin: 0.110000 L_pin: 5.650000 C_pin: 0.150000 R_pin: 0.110000 L_pin: 5.720000 C_pin: 0.120000 R_pin: 0.120000 L_pin: 7.140000 C_pin: 0.240000 R_pin: 0.120000 L_pin: 7.140000 C_pin: 0.240000 R_pin: 0.110000 L_pin: 5.720000 C_pin: 0.120000 R_pin: 0.110000 L_pin: 5.650000 C_pin: 0.150000 R_pin: 0.120000 L_pin: 6.590000 C_pin: 0.170000 COMPONENT: CGS74CT2524M C_pkg: 8.000000E-02 L_pkg: 2.210000E+00 R_pkg: 8.000000E-01 R_pin: 0.800000 L_pin: 2.210000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.900000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.900000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 2.210000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 2.210000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.900000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.900000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 2.210000 C_pin: 0.080000 COMPONENT: S82424ZX C_pkg: 1.360000E+00 L_pkg: 2.500000E+01 R_pkg: 2.770000E-01 COMPONENT: CGS74C2526N C_pkg: 3.100000E-01 L_pkg: 6.000000E+00 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.290000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.160000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.110000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.150000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.310000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.310000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.300000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 3.000000 C_pin: 0.140000 R_pin: 0.140000 L_pin: 3.000000 C_pin: 0.160000 R_pin: 0.150000 L_pin: 3.000000 C_pin: 0.290000 COMPONENT: CGS74C2526M C_pkg: 2.500000E-01 L_pkg: 2.230000E+00 R_pkg: 1.000000E-01 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 6.000000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 3.000000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 3.000000 C_pin: 0.250000 COMPONENT: CGS74C2525N C_pkg: 3.000000E-01 L_pkg: 1.600000E+01 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.100000 L_pin: 3.330000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 5.000000 C_pin: 0.110000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.125000 L_pin: 3.330000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 5.000000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 13.000000 C_pin: 0.120000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 COMPONENT: CGS74C2525M C_pkg: 1.000000E-01 L_pkg: 2.750000E+00 R_pkg: 8.000000E-01 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 COMPONENT: CGS74B305V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.570000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.570000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74B305N C_pkg: 3.100000E-01 L_pkg: 1.130000E+01 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.125000 L_pin: 6.200000 C_pin: 0.140000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.140000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 COMPONENT: CGS74B305M C_pkg: 2.500000E-01 L_pkg: 2.230000E+00 R_pkg: 1.000000E-01 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 COMPONENT: CGS74B304V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.570000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.570000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74B304N C_pkg: 3.100000E-01 L_pkg: 1.130000E+01 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.125000 L_pin: 6.200000 C_pin: 0.140000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.140000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 COMPONENT: CGS74B304M C_pkg: 2.500000E-01 L_pkg: 2.230000E+00 R_pkg: 1.000000E-01 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 COMPONENT: CGS74B303V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.570000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.570000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74B303N C_pkg: 3.100000E-01 L_pkg: 1.130000E+01 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.125000 L_pin: 6.200000 C_pin: 0.140000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.150000 L_pin: 11.300000 C_pin: 0.310000 R_pin: 0.140000 L_pin: 9.500000 C_pin: 0.300000 R_pin: 0.125000 L_pin: 7.900000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 6.200000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.140000 R_pin: 0.140000 L_pin: 8.600000 C_pin: 0.160000 R_pin: 0.150000 L_pin: 10.700000 C_pin: 0.290000 COMPONENT: CGS74B303M C_pkg: 2.500000E-01 L_pkg: 2.230000E+00 R_pkg: 1.000000E-01 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.140000 C_pin: 0.050000 R_pin: 0.080000 L_pin: 1.290000 C_pin: 0.050000 R_pin: 0.100000 L_pin: 1.820000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 2.230000 C_pin: 0.250000 COMPONENT: CGS74B2529V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74B2528V C_pkg: 5.900000E-01 L_pkg: 5.380000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 5.380000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 4.600000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 4.630000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 5.040000 C_pin: 0.590000 COMPONENT: CGS74B2528N C_pkg: 3.000000E-01 L_pkg: 1.000000E+01 R_pkg: 1.800000E-01 R_pin: 0.180000 L_pin: 10.000000 C_pin: 0.250000 R_pin: 0.170000 L_pin: 9.000000 C_pin: 0.300000 R_pin: 0.140000 L_pin: 8.000000 C_pin: 0.200000 R_pin: 0.100000 L_pin: 7.000000 C_pin: 0.090000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.080000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.250000 R_pin: 0.170000 L_pin: 9.000000 C_pin: 0.300000 R_pin: 0.180000 L_pin: 10.000000 C_pin: 0.250000 R_pin: 0.180000 L_pin: 10.000000 C_pin: 0.250000 R_pin: 0.170000 L_pin: 9.000000 C_pin: 0.300000 R_pin: 0.140000 L_pin: 8.000000 C_pin: 0.200000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.250000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.080000 R_pin: 0.100000 L_pin: 6.000000 C_pin: 0.090000 R_pin: 0.125000 L_pin: 7.000000 C_pin: 0.160000 R_pin: 0.140000 L_pin: 8.000000 C_pin: 0.200000 R_pin: 0.170000 L_pin: 9.000000 C_pin: 0.300000 R_pin: 0.180000 L_pin: 10.000000 C_pin: 0.250000 COMPONENT: CGS74B2528M C_pkg: 2.000000E-01 L_pkg: 3.810000E+00 R_pkg: 1.500000E-01 R_pin: 0.150000 L_pin: 3.810000 C_pin: 0.200000 R_pin: 0.130000 L_pin: 3.040000 C_pin: 0.150000 R_pin: 0.120000 L_pin: 2.800000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.700000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.700000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.790000 C_pin: 0.100000 R_pin: 0.130000 L_pin: 3.040000 C_pin: 0.150000 R_pin: 0.150000 L_pin: 3.810000 C_pin: 0.200000 R_pin: 0.150000 L_pin: 3.810000 C_pin: 0.200000 R_pin: 0.130000 L_pin: 3.040000 C_pin: 0.150000 R_pin: 0.120000 L_pin: 2.800000 C_pin: 0.150000 R_pin: 0.100000 L_pin: 2.790000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.700000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.700000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.790000 C_pin: 0.100000 R_pin: 0.120000 L_pin: 2.800000 C_pin: 0.100000 R_pin: 0.130000 L_pin: 3.040000 C_pin: 0.150000 R_pin: 0.150000 L_pin: 3.810000 C_pin: 0.200000 COMPONENT: CGS74B2525N C_pkg: 3.000000E-01 L_pkg: 1.600000E+01 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.100000 L_pin: 3.330000 C_pin: 0.120000 R_pin: 0.100000 L_pin: 3.330000 C_pin: 0.100000 R_pin: 0.125000 L_pin: 5.000000 C_pin: 0.110000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.150000 L_pin: 16.000000 C_pin: 0.300000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.250000 R_pin: 0.125000 L_pin: 3.330000 C_pin: 0.110000 R_pin: 0.100000 L_pin: 5.000000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 13.000000 C_pin: 0.120000 R_pin: 0.125000 L_pin: 16.000000 C_pin: 0.200000 R_pin: 0.140000 L_pin: 16.000000 C_pin: 0.270000 COMPONENT: CGS74B2525M C_pkg: 1.000000E-01 L_pkg: 2.750000E+00 R_pkg: 8.000000E-01 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 1.880000 C_pin: 0.060000 R_pin: 0.800000 L_pin: 1.870000 C_pin: 0.080000 R_pin: 0.800000 L_pin: 2.420000 C_pin: 0.100000 R_pin: 0.100000 L_pin: 2.750000 C_pin: 0.100000 COMPONENT: 82434NX C_pkg: 2.110000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82434LX C_pkg: 2.110000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82433NX C_pkg: 1.670000E+00 L_pkg: 1.017000E+01 R_pkg: 4.500000E-02 COMPONENT: 82433LX C_pkg: 1.670000E+00 L_pkg: 1.017000E+01 R_pkg: 4.500000E-02 COMPONENT: 82426EX C_pkg: 1.730000E+00 L_pkg: 1.221000E+01 R_pkg: 2.100000E-01 COMPONENT: 82425EX C_pkg: 2.060000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82424ZX C_pkg: 2.060000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82423TX C_pkg: 1.730000E+00 L_pkg: 1.221000E+01 R_pkg: 2.100000E-01 COMPONENT: 82379AB C_pkg: 2.110000E+00 L_pkg: 1.230000E+01 R_pkg: 4.600000E-02 COMPONENT: 82378ZB C_pkg: 2.110000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82378IB C_pkg: 2.060000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82375SB C_pkg: 2.110000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82375EB C_pkg: 2.110000E+00 L_pkg: 1.230000E+01 R_pkg: 4.600000E-02 COMPONENT: 82374SB C_pkg: 2.110000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: 82374EB C_pkg: 2.060000E+00 L_pkg: 1.476000E+01 R_pkg: 2.770000E-01 COMPONENT: CGS701V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.980000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.640000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.200000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.640000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 COMPONENT: CGS700V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.980000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.640000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.200000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.640000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.640000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.200000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.980000 C_pin: 0.590000 COMPONENT: p54c C_pkg: 2.200000E+01 L_pkg: 1.100000E+01 R_pkg: 0.000000E+00 R_pin: 0.000000 L_pin: 1.000000 C_pin: 10.000000 R_pin: 0.000000 L_pin: 2.000000 C_pin: 20.000000 R_pin: 0.000000 L_pin: 3.000000 C_pin: 30.000000 R_pin: 0.000000 L_pin: 100.000000 C_pin: 100.000000 COMPONENT: CGS2537V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 COMPONENT: CGS2536V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 COMPONENT: CGS2535V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 COMPONENT: CGS2534V C_pkg: 5.900000E-01 L_pkg: 3.980000E+00 R_pkg: 1.400000E-01 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.140000 L_pin: 3.200000 C_pin: 0.590000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.100000 L_pin: 3.980000 C_pin: 0.540000 R_pin: 0.110000 L_pin: 3.640000 C_pin: 0.570000 R_pin: 0.120000 L_pin: 3.230000 C_pin: 0.590000 MODEL: SI010111 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 3.00 / 5.10e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 3.00 / 4.90e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SI080823 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.52 / 1.81e+00 min: 1.15 / 2.16e+00 max: 1.92 / 1.42e+00 DV/DT(typ): 1.32 / 1.61e+00 min: 0.94 / 1.90e+00 max: 1.80 / 1.35e+00 MODEL: SIPU7700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: SI777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: SI040423 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.04 / 1.60e+00 min: 0.79 / 1.91e+00 max: 1.39 / 1.32e+00 DV/DT(typ): 0.91 / 1.46e+00 min: 0.66 / 1.73e+00 max: 1.25 / 1.21e+00 MODEL: SI161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: INPUT_ER9 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 2.500000E+00 MODEL: INPUT_ER8 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 2.300000E+00 MODEL: INPUT_ER3a V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 3.500000E+00 MODEL: INPUT_ER3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 3.500000E+00 MODEL: INPUT_ER2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 2.300000E+00 MODEL: INPUT_ER1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.016 +0.019 V / I(GC) / I(PC): -1.500000 +0.086 +0.093 V / I(GC) / I(PC): -2.000000 +0.177 +0.183 V / I(GC) / I(PC): -2.500000 +0.267 +0.273 C_comp: 1.500000E+00 MODEL: I/O_ED7 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.028 V / I(GC) / I(PC): -1.500000 +0.093 +0.101 V / I(GC) / I(PC): -2.000000 +0.162 +0.176 V / I(GC) / I(PC): -2.500000 +0.231 +0.250 C_comp: 1.710000E+01 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: OUT_ED6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 1.630000E+01 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: I/O_ED5 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.019 +0.024 V / I(GC) / I(PC): -1.500000 +0.090 +0.096 V / I(GC) / I(PC): -2.000000 +0.178 +0.172 V / I(GC) / I(PC): -2.500000 +0.267 +0.247 C_comp: 4.800000E+00 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: I/O_ED4 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.019 +0.024 V / I(GC) / I(PC): -1.500000 +0.090 +0.096 V / I(GC) / I(PC): -2.000000 +0.178 +0.172 V / I(GC) / I(PC): -2.500000 +0.267 +0.247 C_comp: 5.600000E+00 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: I/O_ED3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.019 +0.024 V / I(GC) / I(PC): -1.500000 +0.090 +0.096 V / I(GC) / I(PC): -2.000000 +0.178 +0.172 V / I(GC) / I(PC): -2.500000 +0.267 +0.247 C_comp: 4.900000E+00 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: OUT_ED2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 4.800000E+00 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: OUT_ED1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 4.800000E+00 DV/DT(typ): 3.00 / 1.41e+00 min: 2.70 / 2.16e+00 max: 3.30 / 6.60e-01 DV/DT(typ): 3.00 / 1.11e+00 min: 2.70 / 1.56e+00 max: 3.30 / 6.60e-01 MODEL: INPUT_ER2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.022 +0.000 V / I(GC) / I(PC): -1.500000 +0.092 +0.000 V / I(GC) / I(PC): -2.000000 +0.166 +0.000 V / I(GC) / I(PC): -2.500000 +0.241 +0.000 C_comp: 1.200000E+00 MODEL: INPUT_ER1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.000 V / I(GC) / I(PC): -1.500000 +0.092 +0.055 V / I(GC) / I(PC): -2.000000 +0.166 +0.128 V / I(GC) / I(PC): -2.500000 +0.241 +0.203 C_comp: 1.200000E+00 MODEL: INPUT_ER0 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.000 V / I(GC) / I(PC): -1.500000 +0.092 +0.055 V / I(GC) / I(PC): -2.000000 +0.166 +0.128 V / I(GC) / I(PC): -2.500000 +0.241 +0.203 C_comp: 1.200000E+00 MODEL: OUT_ED1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: I/O_EB4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.000000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: I/O_EB3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 3.900000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: I/O_EB2B V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.700000E+00 DV/DT(typ): 1.98 / 7.50e-01 min: 1.80 / 1.08e+00 max: 2.22 / 4.20e-01 DV/DT(typ): 1.98 / 7.50e-01 min: 1.80 / 1.08e+00 max: 2.22 / 4.20e-01 MODEL: I/O_EB2A V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.700000E+00 DV/DT(typ): 1.98 / 9.90e-01 min: 1.80 / 1.44e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 9.90e-01 min: 1.80 / 1.44e+00 max: 2.22 / 5.40e-01 MODEL: I/O_EB2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.700000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: I/O_EB1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: PCPU7700 V / I(GC) / I(PC): -0.500000 +0.002 +0.000 V / I(GC) / I(PC): -1.000000 +0.069 +0.037 V / I(GC) / I(PC): -1.500000 +0.204 +0.088 V / I(GC) / I(PC): -2.000000 +0.339 +0.138 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC77PD00 V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.068 +0.037 V / I(GC) / I(PC): -1.500000 +0.203 +0.088 V / I(GC) / I(PC): -2.000000 +0.338 +0.139 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.068 +0.037 V / I(GC) / I(PC): -1.500000 +0.203 +0.088 V / I(GC) / I(PC): -2.000000 +0.338 +0.138 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC060801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.48 / 1.84e-01 min: 2.25 / 2.77e-01 max: 2.71 / 1.17e-01 MODEL: PC061201 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.48 / 1.84e-01 min: 2.25 / 2.77e-01 max: 2.71 / 1.17e-01 MODEL: PC040801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 1.71e-01 min: 0.98 / 2.15e-01 max: 1.54 / 1.30e-01 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC080801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.90 / 1.32e-01 min: 1.62 / 1.75e-01 max: 2.21 / 9.60e-02 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC040401 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 1.71e-01 min: 0.98 / 2.15e-01 max: 1.54 / 1.30e-01 DV/DT(typ): 1.34 / 2.77e-01 min: 1.09 / 3.63e-01 max: 1.65 / 1.77e-01 MODEL: PC080802 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.90 / 1.32e-01 min: 1.62 / 1.75e-01 max: 2.21 / 9.60e-02 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC040411 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 8.28e-01 min: 0.98 / 1.25e+00 max: 1.54 / 6.06e-01 DV/DT(typ): 1.34 / 1.04e+00 min: 1.09 / 1.49e+00 max: 1.65 / 8.28e-01 MODEL: PC040422 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.22 / 1.22e+00 min: 0.96 / 1.51e+00 max: 1.54 / 8.64e-01 DV/DT(typ): 1.33 / 1.20e+00 min: 1.07 / 1.55e+00 max: 1.64 / 8.10e-01 MODEL: PB77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: PB777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: PB060611 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB06061V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB060613 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: PC87306_io_10 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.554 +0.049 V / I(GC) / I(PC): -1.500000 +1.856 +0.174 V / I(GC) / I(PC): -2.000000 +3.220 +0.304 V / I(GC) / I(PC): -2.500000 +4.601 +0.436 C_comp: 5.000000E+00 DV/DT(typ): 1.82 / 2.79e+00 min: 1.08 / 2.86e+00 max: 2.31 / 2.21e+00 DV/DT(typ): 1.65 / 4.65e+00 min: 0.77 / 4.24e+00 max: 2.39 / 3.71e+00 MODEL: PC87306_in_2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.553 +0.049 V / I(GC) / I(PC): -1.500000 +1.855 +0.174 V / I(GC) / I(PC): -2.000000 +3.219 +0.304 V / I(GC) / I(PC): -2.500000 +4.600 +0.436 C_comp: 5.000000E+00 MODEL: PC87306_io_11 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.554 +0.049 V / I(GC) / I(PC): -1.500000 +1.856 +0.174 V / I(GC) / I(PC): -2.000000 +3.220 +0.304 V / I(GC) / I(PC): -2.500000 +4.601 +0.436 C_comp: 5.000000E+00 DV/DT(typ): 1.96 / 6.90e-01 min: 1.37 / 1.18e+00 max: 2.37 / 3.90e-01 DV/DT(typ): 1.94 / 2.06e+00 min: 1.33 / 3.82e+00 max: 2.46 / 1.17e+00 MODEL: PC87306_io_9 V / I(GC) / I(PC): -0.500000 +0.052 +1.024 V / I(GC) / I(PC): -1.000000 +0.518 +2.048 V / I(GC) / I(PC): -1.500000 +1.669 +3.072 V / I(GC) / I(PC): -2.000000 +2.874 +4.096 V / I(GC) / I(PC): -2.500000 +4.095 +5.120 C_comp: 2.100000E+00 DV/DT(typ): 0.00 / 3.30e-01 min: 0.00 / 1.60e-01 max: 0.01 / 1.60e-01 DV/DT(typ): 2.21 / 3.65e+00 min: 0.81 / 7.80e-01 max: 2.68 / 1.19e+00 MODEL: PC87306_io_6 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.486 +0.482 V / I(GC) / I(PC): -1.500000 +1.638 +1.634 V / I(GC) / I(PC): -2.000000 +2.844 +2.840 V / I(GC) / I(PC): -2.500000 +4.065 +4.061 C_comp: 1.900000E+00 DV/DT(typ): 0.90 / 3.20e-01 min: 0.55 / 4.90e-01 max: 1.33 / 2.20e-01 DV/DT(typ): 2.11 / 5.80e-01 min: 1.58 / 9.40e-01 max: 2.60 / 4.00e-01 MODEL: PC87306_io_7 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.486 +0.482 V / I(GC) / I(PC): -1.500000 +1.638 +1.634 V / I(GC) / I(PC): -2.000000 +2.844 +2.840 V / I(GC) / I(PC): -2.500000 +4.065 +4.061 C_comp: 5.000000E+00 DV/DT(typ): 0.90 / 5.10e-01 min: 0.55 / 9.90e-01 max: 1.33 / 2.30e-01 DV/DT(typ): 1.30 / 3.57e+00 min: 0.56 / 3.53e+00 max: 3.03 / 2.74e+00 MODEL: PC87306_out_1 V / I(GC) / I(PC): -0.500000 +0.077 +1.024 V / I(GC) / I(PC): -1.000000 +0.532 +2.048 V / I(GC) / I(PC): -1.500000 +1.683 +3.072 V / I(GC) / I(PC): -2.000000 +2.888 +4.096 V / I(GC) / I(PC): -2.500000 +4.108 +5.120 C_comp: 5.000000E+00 DV/DT(typ): 1.27 / 2.90e-01 min: 0.80 / 4.70e-01 max: 0.01 / 6.00e-02 DV/DT(typ): 2.47 / 8.90e-01 min: 1.60 / 1.43e+00 max: 2.89 / 3.20e-01 MODEL: PC87306_io_3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.486 +0.482 V / I(GC) / I(PC): -1.500000 +1.638 +1.634 V / I(GC) / I(PC): -2.000000 +2.844 +2.840 V / I(GC) / I(PC): -2.500000 +4.065 +4.061 C_comp: 5.000000E+00 DV/DT(typ): 1.27 / 3.60e-01 min: 0.80 / 5.50e-01 max: 1.74 / 2.00e-01 DV/DT(typ): 2.47 / 7.80e-01 min: 1.61 / 1.21e+00 max: 2.89 / 3.40e-01 MODEL: PC87306_in_1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.482 +0.482 V / I(GC) / I(PC): -1.500000 +1.634 +1.634 V / I(GC) / I(PC): -2.000000 +2.840 +2.840 V / I(GC) / I(PC): -2.500000 +4.061 +4.061 C_comp: 2.100000E+00 MODEL: PC87306_io_4 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.486 +0.482 V / I(GC) / I(PC): -1.500000 +1.638 +1.634 V / I(GC) / I(PC): -2.000000 +2.844 +2.840 V / I(GC) / I(PC): -2.500000 +4.065 +4.061 C_comp: 2.100000E+00 DV/DT(typ): 0.90 / 3.60e-01 min: 0.55 / 5.10e-01 max: 1.33 / 2.50e-01 DV/DT(typ): 1.67 / 5.20e-01 min: 1.16 / 1.01e+00 max: 2.22 / 3.10e-01 MODEL: PC87306_io_2 V / I(GC) / I(PC): -0.500000 +0.016 +0.005 V / I(GC) / I(PC): -1.000000 +0.495 +0.485 V / I(GC) / I(PC): -1.500000 +1.647 +1.638 V / I(GC) / I(PC): -2.000000 +2.853 +2.843 V / I(GC) / I(PC): -2.500000 +4.074 +4.065 C_comp: 2.330000E+00 DV/DT(typ): 0.48 / 4.80e-01 min: 0.28 / 5.00e-01 max: 0.73 / 5.00e-01 DV/DT(typ): 0.88 / 7.60e-01 min: 0.59 / 1.17e+00 max: 1.25 / 6.40e-01 MODEL: PC87306_io_1 V / I(GC) / I(PC): -0.500000 +0.016 +0.005 V / I(GC) / I(PC): -1.000000 +0.495 +0.485 V / I(GC) / I(PC): -1.500000 +1.647 +1.638 V / I(GC) / I(PC): -2.000000 +2.853 +2.843 V / I(GC) / I(PC): -2.500000 +4.074 +4.065 C_comp: 1.970000E+00 DV/DT(typ): 0.48 / 3.10e-01 min: 0.29 / 3.80e-01 max: 0.73 / 2.80e-01 DV/DT(typ): 0.88 / 5.80e-01 min: 0.59 / 9.10e-01 max: 1.25 / 4.70e-01 MODEL: CGS74LCT2524N_Outpt4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524N_Outpt3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524N_Outpt2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524N_Outpt1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 0.000000E+00 MODEL: CGS74LCT2524M_Outpt4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524M_Outpt3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524M_Outpt2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524M_Outpt1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 1.18 / 2.00e+00 min: 0.84 / 2.61e+00 max: 1.39 / 1.51e+00 DV/DT(typ): 1.20 / 1.36e+00 min: 0.67 / 1.39e+00 max: 1.48 / 1.02e+00 MODEL: CGS74LCT2524M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 0.000000E+00 MODEL: BX77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: BX777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: BX060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: BX04040A V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 4.22e-01 min: 1.23 / 5.67e-01 max: 1.75 / 2.95e-01 DV/DT(typ): 1.59 / 5.62e-01 min: 1.33 / 7.92e-01 max: 1.89 / 3.63e-01 MODEL: BX08081A V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.68 / 3.41e-01 min: 1.43 / 4.79e-01 max: 1.96 / 2.27e-01 DV/DT(typ): 1.86 / 4.52e-01 min: 1.60 / 7.38e-01 max: 2.16 / 2.47e-01 MODEL: BX061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: BX121222 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.58 / 3.09e-01 min: 1.34 / 4.35e-01 max: 1.86 / 2.06e-01 DV/DT(typ): 1.74 / 4.28e-01 min: 1.48 / 6.96e-01 max: 2.04 / 2.34e-01 MODEL: gp612mtd_ttl V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +372.400 +0.000 V / I(GC) / I(PC): -1.500000 +4402.000 +0.000 V / I(GC) / I(PC): -2.000000 +9319.000 +0.000 V / I(GC) / I(PC): -2.500000 +14310.000 +0.000 C_comp: 5.000000E-01 DV/DT(typ): 3.19 / 1.37e+00 min: 2.85 / 2.27e+00 max: 3.52 / 8.85e-01 DV/DT(typ): 3.19 / 1.59e+00 min: 2.85 / 2.61e+00 max: 3.52 / 1.03e+00 MODEL: gp612mtd_gtl V / I(GC) / I(PC): -0.500000 +0.070 N/A V / I(GC) / I(PC): -1.000000 +531.200 N/A V / I(GC) / I(PC): -1.500000 +4860.100 N/A V / I(GC) / I(PC): -2.000000 +9189.000 N/A V / I(GC) / I(PC): -2.500000 +14199.500 N/A C_comp: 5.000000E-01 DV/DT(typ): 1.00 / 1.74e+00 min: 1.00 / 2.54e+00 max: 1.00 / 1.81e+00 DV/DT(typ): 1.00 / 1.24e+00 min: 1.00 / 2.49e+00 max: 1.00 / 1.17e+00 MODEL: gp612mtd_ctrl V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 MODEL: gp612mea_ttl V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +372.400 +0.000 V / I(GC) / I(PC): -1.500000 +4402.000 +0.000 V / I(GC) / I(PC): -2.000000 +9319.000 +0.000 V / I(GC) / I(PC): -2.500000 +14310.000 +0.000 C_comp: 5.000000E-01 DV/DT(typ): 3.19 / 1.37e+00 min: 2.85 / 2.27e+00 max: 3.52 / 8.85e-01 DV/DT(typ): 3.19 / 1.59e+00 min: 2.85 / 2.61e+00 max: 3.52 / 1.03e+00 MODEL: gp612mea_gtl V / I(GC) / I(PC): -0.500000 +0.070 N/A V / I(GC) / I(PC): -1.000000 +531.200 N/A V / I(GC) / I(PC): -1.500000 +4860.100 N/A V / I(GC) / I(PC): -2.000000 +9189.000 N/A V / I(GC) / I(PC): -2.500000 +14199.500 N/A C_comp: 5.000000E-01 DV/DT(typ): 1.00 / 1.74e+00 min: 1.00 / 2.54e+00 max: 1.00 / 1.81e+00 DV/DT(typ): 1.00 / 1.24e+00 min: 1.00 / 2.49e+00 max: 1.00 / 1.17e+00 MODEL: gp612mea_ctrl V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 MODEL: g612mtd_ttl V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +372.400 +0.000 V / I(GC) / I(PC): -1.500000 +4402.000 +0.000 V / I(GC) / I(PC): -2.000000 +9319.000 +0.000 V / I(GC) / I(PC): -2.500000 +14310.000 +0.000 C_comp: 5.000000E-01 DV/DT(typ): 3.19 / 1.37e+00 min: 2.85 / 2.27e+00 max: 3.52 / 8.85e-01 DV/DT(typ): 3.19 / 1.59e+00 min: 2.85 / 2.61e+00 max: 3.52 / 1.03e+00 MODEL: g612mtd_gtl V / I(GC) / I(PC): -0.500000 +0.071 N/A V / I(GC) / I(PC): -1.000000 +30.620 N/A V / I(GC) / I(PC): -1.500000 +75.960 N/A V / I(GC) / I(PC): -2.000000 +121.300 N/A V / I(GC) / I(PC): -2.500000 +161.250 N/A C_comp: 5.000000E-01 DV/DT(typ): 0.50 / 1.64e+00 min: 0.50 / 2.17e+00 max: 0.50 / 1.55e+00 DV/DT(typ): 0.50 / 1.38e+00 min: 0.50 / 2.85e+00 max: 0.50 / 1.14e+00 MODEL: g612mtd_ctrl V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 MODEL: g612mea_ttl V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +372.400 +0.000 V / I(GC) / I(PC): -1.500000 +4402.000 +0.000 V / I(GC) / I(PC): -2.000000 +9319.000 +0.000 V / I(GC) / I(PC): -2.500000 +14310.000 +0.000 C_comp: 5.000000E-01 DV/DT(typ): 3.19 / 1.37e+00 min: 2.85 / 2.27e+00 max: 3.52 / 8.85e-01 DV/DT(typ): 3.19 / 1.59e+00 min: 2.85 / 2.61e+00 max: 3.52 / 1.03e+00 MODEL: g612mea_gtl V / I(GC) / I(PC): -0.500000 +0.071 N/A V / I(GC) / I(PC): -1.000000 +30.620 N/A V / I(GC) / I(PC): -1.500000 +75.960 N/A V / I(GC) / I(PC): -2.000000 +121.300 N/A V / I(GC) / I(PC): -2.500000 +161.250 N/A C_comp: 5.000000E-01 DV/DT(typ): 0.50 / 1.64e+00 min: 0.50 / 2.17e+00 max: 0.50 / 1.55e+00 DV/DT(typ): 0.50 / 1.38e+00 min: 0.50 / 2.85e+00 max: 0.50 / 1.14e+00 MODEL: g612mea_ctrl V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 MODEL: ES121201 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 2.03 / 4.39e-01 min: 1.79 / 6.36e-01 max: 2.29 / 2.86e-01 DV/DT(typ): 2.42 / 5.62e-01 min: 2.19 / 9.30e-01 max: 2.65 / 3.58e-01 MODEL: ES080803 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.92 / 4.69e-01 min: 1.67 / 6.60e-01 max: 2.18 / 3.13e-01 DV/DT(typ): 2.20 / 5.56e-01 min: 1.95 / 9.42e-01 max: 2.45 / 3.40e-01 MODEL: ES060611 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES06061V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: ES777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: ES060613 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: Clockbuffer V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 2.000000E+00 MODEL: Input1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 2.000000E+00 MODEL: I/O3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 2.900000E+00 DV/DT(typ): 1.13 / 7.49e-01 min: 0.93 / 8.68e-01 max: 1.35 / 6.42e-01 DV/DT(typ): 0.99 / 4.47e-01 min: 0.75 / 5.43e-01 max: 1.27 / 3.87e-01 MODEL: I/O2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 3.200000E+00 DV/DT(typ): 1.13 / 7.49e-01 min: 0.93 / 8.68e-01 max: 1.35 / 6.42e-01 DV/DT(typ): 0.99 / 4.47e-01 min: 0.75 / 5.43e-01 max: 1.27 / 3.87e-01 MODEL: I/O1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 2.700000E+00 DV/DT(typ): 1.13 / 7.49e-01 min: 0.93 / 8.68e-01 max: 1.35 / 6.42e-01 DV/DT(typ): 0.99 / 4.47e-01 min: 0.75 / 5.43e-01 max: 1.27 / 3.87e-01 MODEL: Output2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 2.700000E+00 DV/DT(typ): 1.13 / 7.49e-01 min: 0.93 / 8.68e-01 max: 1.35 / 6.42e-01 DV/DT(typ): 0.99 / 4.47e-01 min: 0.75 / 5.43e-01 max: 1.27 / 3.87e-01 MODEL: Output1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.030 +0.014 V / I(GC) / I(PC): -1.500000 +0.142 +0.057 V / I(GC) / I(PC): -2.000000 +0.180 +0.100 V / I(GC) / I(PC): -2.500000 +0.220 +0.143 C_comp: 3.200000E+00 DV/DT(typ): 1.13 / 7.49e-01 min: 0.93 / 8.68e-01 max: 1.35 / 6.42e-01 DV/DT(typ): 0.99 / 4.47e-01 min: 0.75 / 5.43e-01 max: 1.27 / 3.87e-01 MODEL: DS26C32AT_ROUT V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.050 +0.000 V / I(GC) / I(PC): -1.500000 +0.125 +0.000 V / I(GC) / I(PC): -2.000000 +0.200 +0.000 V / I(GC) / I(PC): -2.500000 +0.274 +0.000 C_comp: 3.000000E+00 DV/DT(typ): 2.80 / 1.30e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 2.80 / 1.30e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: DS26C32AT_EN V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.055 +0.033 V / I(GC) / I(PC): -1.500000 +0.210 +0.161 V / I(GC) / I(PC): -2.000000 +0.360 +0.290 V / I(GC) / I(PC): -2.500000 +0.510 +0.418 C_comp: 1.000000E+00 MODEL: DS26C32AT_RIN V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.001 +0.000 V / I(GC) / I(PC): -1.500000 +0.001 +0.000 V / I(GC) / I(PC): -2.000000 +0.001 +0.001 V / I(GC) / I(PC): -2.500000 +0.001 +0.001 C_comp: 1.000000E+00 MODEL: DS26C31T_DOUT V / I(GC) / I(PC): -0.500000 +0.002 +0.000 V / I(GC) / I(PC): -1.000000 +0.005 +0.000 V / I(GC) / I(PC): -1.500000 +0.025 +0.000 V / I(GC) / I(PC): -2.000000 +0.108 +0.000 V / I(GC) / I(PC): -2.500000 +0.199 +0.000 C_comp: 3.000000E+00 DV/DT(typ): 4.50 / 7.50e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 4.60 / 9.00e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: DS26C31T_EN V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.055 +0.033 V / I(GC) / I(PC): -1.500000 +0.210 +0.161 V / I(GC) / I(PC): -2.000000 +0.360 +0.290 V / I(GC) / I(PC): -2.500000 +0.510 +0.418 C_comp: 1.000000E+00 MODEL: DS26C31T_DIN V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.034 V / I(GC) / I(PC): -1.500000 +0.332 +0.102 V / I(GC) / I(PC): -2.000000 +0.602 +0.170 V / I(GC) / I(PC): -2.500000 +0.872 +0.238 C_comp: 1.000000E+00 MODEL: PU08082A V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.52 / 1.81e+00 min: 1.15 / 2.16e+00 max: 1.92 / 1.42e+00 DV/DT(typ): 1.32 / 1.61e+00 min: 0.94 / 1.90e+00 max: 1.80 / 1.35e+00 MODEL: PU040413 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: PU040422 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.04 / 1.60e+00 min: 0.79 / 1.91e+00 max: 1.39 / 1.32e+00 DV/DT(typ): 0.91 / 1.46e+00 min: 0.66 / 1.73e+00 max: 1.25 / 1.21e+00 MODEL: PU777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 5.100000E+00 MODEL: PU161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: dp8441vj_q V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.027 +0.010 V / I(GC) / I(PC): -1.500000 +0.048 +0.011 V / I(GC) / I(PC): -2.000000 +0.071 +0.013 V / I(GC) / I(PC): -2.500000 +0.076 +0.014 C_comp: 7.700000E-01 DV/DT(typ): 2.08 / 2.20e-01 min: 1.95 / 3.60e-01 max: 2.20 / 1.60e-01 DV/DT(typ): 2.12 / 2.00e-01 min: 2.00 / 2.00e-01 max: 2.24 / 1.30e-01 MODEL: dp8441vj_pag V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.004 V / I(GC) / I(PC): -1.500000 +0.023 +0.005 V / I(GC) / I(PC): -2.000000 +0.024 +0.006 V / I(GC) / I(PC): -2.500000 +0.024 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 2.49 / 4.90e-01 min: 2.20 / 1.11e+00 max: 2.77 / 2.30e-01 DV/DT(typ): 2.80 / 3.20e-01 min: 2.54 / 4.70e-01 max: 3.02 / 1.90e-01 MODEL: dp8441vj_std V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.004 V / I(GC) / I(PC): -1.500000 +0.023 +0.005 V / I(GC) / I(PC): -2.000000 +0.024 +0.006 V / I(GC) / I(PC): -2.500000 +0.024 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 2.49 / 4.40e-01 min: 2.20 / 1.01e+00 max: 2.77 / 2.10e-01 DV/DT(typ): 2.80 / 3.20e-01 min: 2.54 / 5.10e-01 max: 3.02 / 1.90e-01 MODEL: dp8441vj_ttl_2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: dp8441vj_ttl_3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: dp8441vj_cas V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.014 +0.002 V / I(GC) / I(PC): -1.500000 +0.014 +0.003 V / I(GC) / I(PC): -2.000000 +0.014 +0.004 V / I(GC) / I(PC): -2.500000 +0.015 +0.004 C_comp: 7.700000E-01 DV/DT(typ): 1.48 / 7.10e-01 min: 1.21 / 1.65e+00 max: 1.74 / 3.90e-01 DV/DT(typ): 1.85 / 3.30e-01 min: 1.58 / 6.60e-01 max: 2.06 / 2.10e-01 MODEL: dp8441vj_ras V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.022 +0.005 V / I(GC) / I(PC): -1.500000 +0.030 +0.005 V / I(GC) / I(PC): -2.000000 +0.030 +0.006 V / I(GC) / I(PC): -2.500000 +0.031 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 1.95 / 2.80e-01 min: 1.79 / 6.20e-01 max: 2.11 / 1.30e-01 DV/DT(typ): 2.07 / 2.60e-01 min: 1.92 / 4.30e-01 max: 2.20 / 1.80e-01 MODEL: dp8441vj_we V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.027 +0.010 V / I(GC) / I(PC): -1.500000 +0.048 +0.012 V / I(GC) / I(PC): -2.000000 +0.071 +0.013 V / I(GC) / I(PC): -2.500000 +0.077 +0.015 C_comp: 7.700000E-01 DV/DT(typ): 2.08 / 2.20e-01 min: 1.95 / 3.70e-01 max: 2.20 / 1.60e-01 DV/DT(typ): 2.12 / 2.00e-01 min: 2.00 / 2.00e-01 max: 2.24 / 1.40e-01 MODEL: dp8441vj_ttl_1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: dp8440vj_q V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.027 +0.010 V / I(GC) / I(PC): -1.500000 +0.048 +0.011 V / I(GC) / I(PC): -2.000000 +0.071 +0.013 V / I(GC) / I(PC): -2.500000 +0.076 +0.014 C_comp: 7.700000E-01 DV/DT(typ): 2.08 / 2.20e-01 min: 1.95 / 3.60e-01 max: 2.20 / 1.60e-01 DV/DT(typ): 2.12 / 2.00e-01 min: 2.00 / 2.00e-01 max: 2.24 / 1.30e-01 MODEL: dp8440vj_pag V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.004 V / I(GC) / I(PC): -1.500000 +0.023 +0.005 V / I(GC) / I(PC): -2.000000 +0.024 +0.006 V / I(GC) / I(PC): -2.500000 +0.024 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 2.49 / 4.90e-01 min: 2.20 / 1.11e+00 max: 2.77 / 2.30e-01 DV/DT(typ): 2.80 / 3.20e-01 min: 2.54 / 4.70e-01 max: 3.02 / 1.90e-01 MODEL: dp8440vj_std V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.023 +0.004 V / I(GC) / I(PC): -1.500000 +0.023 +0.005 V / I(GC) / I(PC): -2.000000 +0.024 +0.006 V / I(GC) / I(PC): -2.500000 +0.024 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 2.49 / 4.40e-01 min: 2.20 / 1.01e+00 max: 2.77 / 2.10e-01 DV/DT(typ): 2.80 / 3.20e-01 min: 2.54 / 5.10e-01 max: 3.02 / 1.90e-01 MODEL: dp8440vj_ttl_2 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: dp8440vj_ttl_3 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: dp8440vj_cas V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.014 +0.002 V / I(GC) / I(PC): -1.500000 +0.014 +0.003 V / I(GC) / I(PC): -2.000000 +0.014 +0.004 V / I(GC) / I(PC): -2.500000 +0.015 +0.004 C_comp: 7.700000E-01 DV/DT(typ): 1.48 / 7.10e-01 min: 1.21 / 1.65e+00 max: 1.74 / 3.90e-01 DV/DT(typ): 1.85 / 3.30e-01 min: 1.58 / 6.60e-01 max: 2.06 / 2.10e-01 MODEL: dp8440vj_ras V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.022 +0.005 V / I(GC) / I(PC): -1.500000 +0.030 +0.005 V / I(GC) / I(PC): -2.000000 +0.030 +0.006 V / I(GC) / I(PC): -2.500000 +0.031 +0.007 C_comp: 7.700000E-01 DV/DT(typ): 1.95 / 2.80e-01 min: 1.79 / 6.20e-01 max: 2.11 / 1.30e-01 DV/DT(typ): 2.07 / 2.60e-01 min: 1.92 / 4.30e-01 max: 2.20 / 1.80e-01 MODEL: dp8440vj_we V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.027 +0.010 V / I(GC) / I(PC): -1.500000 +0.048 +0.012 V / I(GC) / I(PC): -2.000000 +0.071 +0.013 V / I(GC) / I(PC): -2.500000 +0.077 +0.015 C_comp: 7.700000E-01 DV/DT(typ): 2.08 / 2.20e-01 min: 1.95 / 3.70e-01 max: 2.20 / 1.60e-01 DV/DT(typ): 2.12 / 2.00e-01 min: 2.00 / 2.00e-01 max: 2.24 / 1.40e-01 MODEL: dp8440vj_ttl_1 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.009 +0.002 V / I(GC) / I(PC): -1.500000 +0.009 +0.002 V / I(GC) / I(PC): -2.000000 +0.009 +0.003 V / I(GC) / I(PC): -2.500000 +0.010 +0.003 C_comp: 7.700000E-01 MODEL: CGS74CT2527V_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 5.000000E-01 MODEL: CGS74CT2527V_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 2.39 / 3.30e-01 min: 2.00 / 4.10e-01 max: 2.76 / 2.60e-01 DV/DT(typ): 2.47 / 2.70e-01 min: 2.05 / 3.20e-01 max: 2.91 / 2.40e-01 MODEL: CGS74CT2526N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +17.910 +8.352 V / I(GC) / I(PC): -1.500000 +5595000.000 +2351000.000 V / I(GC) / I(PC): -2.000000 +18900000.000 +7866000.000 V / I(GC) / I(PC): -2.500000 +32210000.000 +13380000.000 C_comp: 5.000000E-01 MODEL: CGS74CT2526N_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.200000E-01 DV/DT(typ): 2.13 / 1.72e+00 min: 1.71 / 2.25e+00 max: 2.64 / 1.51e+00 DV/DT(typ): 2.40 / 1.23e+00 min: 1.96 / 1.59e+00 max: 2.85 / 9.50e-01 MODEL: CGS74CT2526M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +17.910 +8.352 V / I(GC) / I(PC): -1.500000 +5595000.000 +2351000.000 V / I(GC) / I(PC): -2.000000 +18900000.000 +7866000.000 V / I(GC) / I(PC): -2.500000 +32210000.000 +13380000.000 C_comp: 5.000000E-01 MODEL: CGS74CT2526M_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.200000E-01 DV/DT(typ): 2.13 / 1.72e+00 min: 1.71 / 2.25e+00 max: 2.64 / 1.51e+00 DV/DT(typ): 2.40 / 1.23e+00 min: 1.96 / 1.59e+00 max: 2.85 / 9.50e-01 MODEL: CGS74CT2525N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 1.110000E+00 MODEL: CGS74CT2525N_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 2.39 / 3.30e-01 min: 2.01 / 4.00e-01 max: 2.76 / 2.60e-01 DV/DT(typ): 2.48 / 2.80e-01 min: 2.05 / 3.30e-01 max: 2.92 / 2.30e-01 MODEL: CGS74CT2525M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 1.110000E+00 MODEL: CGS74CT2525M_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 2.39 / 3.30e-01 min: 2.01 / 4.00e-01 max: 2.76 / 2.60e-01 DV/DT(typ): 2.48 / 2.80e-01 min: 2.05 / 3.30e-01 max: 2.92 / 2.30e-01 MODEL: CGS74CT2524N_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524N_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524N_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524N_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 0.000000E+00 MODEL: CGS74CT2524M_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524M_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524M_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524M_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 0.000000E+00 DV/DT(typ): 2.09 / 1.20e+00 min: 1.73 / 1.82e+00 max: 2.42 / 8.80e-01 DV/DT(typ): 2.21 / 8.40e-01 min: 1.72 / 1.24e+00 max: 2.61 / 6.30e-01 MODEL: CGS74CT2524M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 0.000000E+00 MODEL: DCPU7700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: DC777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: DC161613 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: DC161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: DC161603 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 2.20 / 3.16e-01 min: 1.92 / 4.69e-01 max: 2.49 / 2.02e-01 DV/DT(typ): 2.47 / 5.07e-01 min: 2.23 / 9.30e-01 max: 2.71 / 3.00e-01 MODEL: DC161602 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 3.16e-01 min: 1.92 / 4.69e-01 max: 2.49 / 2.02e-01 DV/DT(typ): 2.47 / 5.07e-01 min: 2.23 / 9.30e-01 max: 2.71 / 3.00e-01 MODEL: DC080813 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.59 / 1.15e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.54e-01 DV/DT(typ): 1.90 / 1.29e+00 min: 1.60 / 1.45e+00 max: 2.22 / 1.12e+00 MODEL: DC080803 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.59 / 4.01e-01 min: 1.28 / 5.57e-01 max: 1.95 / 2.71e-01 DV/DT(typ): 1.90 / 1.02e+00 min: 1.60 / 1.29e+00 max: 2.22 / 6.18e-01 MODEL: DC040413 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: DC040412 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: DC040403 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.05 / 2.72e-01 min: 0.81 / 3.67e-01 max: 1.39 / 1.99e-01 DV/DT(typ): 1.15 / 6.12e-01 min: 0.92 / 9.48e-01 max: 1.44 / 4.38e-01 MODEL: CGS74C2526N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +17.910 +8.352 V / I(GC) / I(PC): -1.500000 +5595000.000 +2351000.000 V / I(GC) / I(PC): -2.000000 +18900000.000 +7866000.000 V / I(GC) / I(PC): -2.500000 +32210000.000 +13380000.000 C_comp: 5.000000E-01 MODEL: CGS74C2526N_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.200000E-01 DV/DT(typ): 2.13 / 1.73e+00 min: 1.71 / 2.25e+00 max: 2.64 / 1.51e+00 DV/DT(typ): 2.40 / 1.23e+00 min: 1.96 / 1.59e+00 max: 2.85 / 9.50e-01 MODEL: CGS74C2526M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +17.910 +8.352 V / I(GC) / I(PC): -1.500000 +5595000.000 +2351000.000 V / I(GC) / I(PC): -2.000000 +18900000.000 +7866000.000 V / I(GC) / I(PC): -2.500000 +32210000.000 +13380000.000 C_comp: 5.000000E-01 MODEL: CGS74C2526M_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.200000E-01 DV/DT(typ): 2.13 / 1.73e+00 min: 1.71 / 2.25e+00 max: 2.64 / 1.51e+00 DV/DT(typ): 2.40 / 1.23e+00 min: 1.96 / 1.59e+00 max: 2.85 / 9.50e-01 MODEL: CGS74C2525N_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 1.110000E+00 MODEL: CGS74C2525N_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 2.39 / 2.20e-01 min: 2.03 / 2.70e-01 max: 2.76 / 2.00e-01 DV/DT(typ): 2.55 / 2.50e-01 min: 2.14 / 3.20e-01 max: 2.92 / 2.10e-01 MODEL: CGS74C2525M_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.000 +0.000 V / I(GC) / I(PC): -1.500000 +0.000 +0.000 V / I(GC) / I(PC): -2.000000 +0.000 +0.000 V / I(GC) / I(PC): -2.500000 +0.000 +0.000 C_comp: 1.110000E+00 MODEL: CGS74C2525M_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 2.39 / 2.20e-01 min: 2.03 / 2.70e-01 max: 2.76 / 2.00e-01 DV/DT(typ): 2.55 / 2.50e-01 min: 2.14 / 3.20e-01 max: 2.92 / 2.10e-01 MODEL: CGS74B305V_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B305V_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B305V_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B305V_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B305V_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305V_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B305N_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B305N_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B305N_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B305N_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305N_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B305M_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B305M_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B305M_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B305M_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B305M_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B304V_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B304V_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B304V_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B304V_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304V_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B304N_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B304N_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B304N_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B304N_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304N_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B304M_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B304M_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B304M_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B304M_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B304M_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B303V_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B303V_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B303V_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B303V_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303V_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B303N_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B303N_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B303N_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B303N_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303N_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Input3 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 4.600000E-01 MODEL: CGS74B303M_Input2 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 6.000000E-01 MODEL: CGS74B303M_Input1 V / I(GC) / I(PC): -0.500000 +0.005 +0.000 V / I(GC) / I(PC): -1.000000 +0.064 +0.000 V / I(GC) / I(PC): -1.500000 +0.149 +0.000 V / I(GC) / I(PC): -2.000000 +0.240 +0.000 V / I(GC) / I(PC): -2.500000 +0.331 +0.000 C_comp: 9.400000E-01 MODEL: CGS74B303M_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.900000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 9.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 6.000000E-01 DV/DT(typ): 1.54 / 6.90e-01 min: 1.24 / 6.70e-01 max: 1.81 / 8.30e-01 DV/DT(typ): 2.73 / 7.40e-01 min: 2.44 / 7.50e-01 max: 3.02 / 8.80e-01 MODEL: CGS74B303M_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 7.700000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B303M_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 8.400000E-01 DV/DT(typ): 1.55 / 6.70e-01 min: 1.24 / 6.50e-01 max: 1.81 / 8.20e-01 DV/DT(typ): 2.73 / 7.30e-01 min: 2.44 / 7.40e-01 max: 3.03 / 8.70e-01 MODEL: CGS74B2529V_Output9 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Input3 V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.073 +0.000 V / I(GC) / I(PC): -1.500000 +0.182 +0.000 V / I(GC) / I(PC): -2.000000 +0.296 +0.000 V / I(GC) / I(PC): -2.500000 +0.410 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2529V_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Input2 V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.073 +0.000 V / I(GC) / I(PC): -1.500000 +0.182 +0.000 V / I(GC) / I(PC): -2.000000 +0.296 +0.000 V / I(GC) / I(PC): -2.500000 +0.410 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2529V_Input1 V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.128 +0.000 V / I(GC) / I(PC): -1.500000 +0.344 +0.000 V / I(GC) / I(PC): -2.000000 +0.594 +0.000 V / I(GC) / I(PC): -2.500000 +0.843 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2529V_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2529V_Output0 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 7.50e-01 min: 1.30 / 1.08e+00 max: 1.74 / 8.90e-01 DV/DT(typ): 2.74 / 7.50e-01 min: 2.42 / 1.21e+00 max: 3.03 / 7.90e-01 MODEL: CGS74B2528V_Output9 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Input V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.073 +0.000 V / I(GC) / I(PC): -1.500000 +0.183 +0.000 V / I(GC) / I(PC): -2.000000 +0.299 +0.000 V / I(GC) / I(PC): -2.500000 +0.414 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2528V_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528V_Output0 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output9 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Input V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.073 +0.000 V / I(GC) / I(PC): -1.500000 +0.183 +0.000 V / I(GC) / I(PC): -2.000000 +0.299 +0.000 V / I(GC) / I(PC): -2.500000 +0.414 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2528N_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528N_Output0 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output9 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output8 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Input V / I(GC) / I(PC): -0.500000 +0.006 +0.000 V / I(GC) / I(PC): -1.000000 +0.073 +0.000 V / I(GC) / I(PC): -1.500000 +0.183 +0.000 V / I(GC) / I(PC): -2.000000 +0.299 +0.000 V / I(GC) / I(PC): -2.500000 +0.414 +0.000 C_comp: 5.000000E-01 MODEL: CGS74B2528M_Output7 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output6 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output5 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output4 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.10e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2528M_Output0 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.53 / 8.40e-01 min: 1.31 / 9.20e-01 max: 1.73 / 9.60e-01 DV/DT(typ): 2.73 / 7.50e-01 min: 2.44 / 7.90e-01 max: 3.02 / 8.10e-01 MODEL: CGS74B2525N_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.048 +0.000 V / I(GC) / I(PC): -1.500000 +0.110 +0.000 V / I(GC) / I(PC): -2.000000 +0.179 +0.000 V / I(GC) / I(PC): -2.500000 +0.251 +0.000 C_comp: 1.110000E+00 MODEL: CGS74B2525N_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.58 / 8.90e-01 min: 1.31 / 1.57e+00 max: 1.81 / 9.80e-01 DV/DT(typ): 2.73 / 6.20e-01 min: 2.43 / 1.12e+00 max: 3.03 / 6.60e-01 MODEL: CGS74B2525M_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.048 +0.000 V / I(GC) / I(PC): -1.500000 +0.110 +0.000 V / I(GC) / I(PC): -2.000000 +0.179 +0.000 V / I(GC) / I(PC): -2.500000 +0.251 +0.000 C_comp: 1.110000E+00 MODEL: CGS74B2525M_Output V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.000000E-01 DV/DT(typ): 1.58 / 8.90e-01 min: 1.31 / 1.57e+00 max: 1.81 / 9.80e-01 DV/DT(typ): 2.73 / 6.20e-01 min: 2.43 / 1.12e+00 max: 3.03 / 6.60e-01 MODEL: PCMCB08080A0S2EZZDBF V / I(GC) / I(PC): -0.500000 +0.003 +0.002 V / I(GC) / I(PC): -1.000000 +0.088 +0.031 V / I(GC) / I(PC): -1.500000 +0.191 +0.063 V / I(GC) / I(PC): -2.000000 +0.298 +0.096 V / I(GC) / I(PC): -2.500000 +0.412 +0.130 C_comp: 7.640000E+00 DV/DT(typ): 1.90 / 2.03e-01 min: 1.62 / 2.83e-01 max: 2.21 / 1.41e-01 DV/DT(typ): 2.10 / 1.98e-01 min: 1.83 / 2.87e-01 max: 2.39 / 1.33e-01 MODEL: PCMCO04042AXXXXZZDBD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.640000E+00 DV/DT(typ): 1.22 / 1.31e+00 min: 0.97 / 1.34e+00 max: 1.54 / 1.12e+00 DV/DT(typ): 1.29 / 1.29e+00 min: 1.04 / 1.24e+00 max: 1.59 / 1.13e+00 MODEL: PCMCI00000A1H3TZJDBC V / I(GC) / I(PC): -0.500000 +0.003 +0.003 V / I(GC) / I(PC): -1.000000 +0.088 +0.032 V / I(GC) / I(PC): -1.500000 +0.191 +0.065 V / I(GC) / I(PC): -2.000000 +0.298 +0.099 V / I(GC) / I(PC): -2.500000 +0.412 +0.134 C_comp: 3.640000E+00 MODEL: PCMCI00000A1H3TLZDBC V / I(GC) / I(PC): -0.500000 +0.003 +0.002 V / I(GC) / I(PC): -1.000000 +0.088 +0.031 V / I(GC) / I(PC): -1.500000 +0.193 +0.063 V / I(GC) / I(PC): -2.000000 +0.300 +0.096 V / I(GC) / I(PC): -2.500000 +0.416 +0.130 C_comp: 3.640000E+00 MODEL: PCMCO06120AXXXXZZECD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.640000E+00 DV/DT(typ): 1.73 / 1.50e-01 min: 1.45 / 1.98e-01 max: 2.05 / 1.11e-01 DV/DT(typ): 2.47 / 1.89e-01 min: 2.24 / 2.77e-01 max: 2.71 / 1.25e-01 MODEL: PCMCB06120A0S2EZZECF V / I(GC) / I(PC): -0.500000 +0.005 +0.003 V / I(GC) / I(PC): -1.000000 +0.118 +0.056 V / I(GC) / I(PC): -1.500000 +0.254 +0.117 V / I(GC) / I(PC): -2.000000 +0.393 +0.179 V / I(GC) / I(PC): -2.500000 +0.543 +0.245 C_comp: 7.640000E+00 DV/DT(typ): 1.73 / 2.00e-01 min: 1.45 / 2.74e-01 max: 2.05 / 1.39e-01 DV/DT(typ): 2.47 / 2.13e-01 min: 2.24 / 3.13e-01 max: 2.70 / 1.40e-01 MODEL: PCMCO04080AXXXXZZDBD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 1.27e-01 min: 0.98 / 1.57e-01 max: 1.54 / 9.82e-02 DV/DT(typ): 2.11 / 1.83e-01 min: 1.84 / 2.64e-01 max: 2.39 / 1.22e-01 MODEL: PCMCI00000A1H3TZZDBC V / I(GC) / I(PC): -0.500000 +0.003 +0.002 V / I(GC) / I(PC): -1.000000 +0.088 +0.031 V / I(GC) / I(PC): -1.500000 +0.191 +0.063 V / I(GC) / I(PC): -2.000000 +0.298 +0.096 V / I(GC) / I(PC): -2.500000 +0.412 +0.130 C_comp: 3.640000E+00 MODEL: PCMCI00000A0S2EZZDBC V / I(GC) / I(PC): -0.500000 +0.003 +0.002 V / I(GC) / I(PC): -1.000000 +0.088 +0.031 V / I(GC) / I(PC): -1.500000 +0.191 +0.063 V / I(GC) / I(PC): -2.000000 +0.298 +0.096 V / I(GC) / I(PC): -2.500000 +0.412 +0.130 C_comp: 3.640000E+00 MODEL: PCMCO08080BXXXXZZCBD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.640000E+00 DV/DT(typ): 1.17 / 1.81e-01 min: 1.05 / 2.45e-01 max: 1.30 / 1.31e-01 DV/DT(typ): 1.46 / 1.67e-01 min: 1.30 / 2.25e-01 max: 1.63 / 1.20e-01 MODEL: PCMCB08080B0S2EZZJBF V / I(GC) / I(PC): -0.500000 +0.009 +0.002 V / I(GC) / I(PC): -1.000000 +0.532 +0.066 V / I(GC) / I(PC): -1.500000 +1.220 +0.143 V / I(GC) / I(PC): -2.000000 +1.920 +0.221 V / I(GC) / I(PC): -2.500000 +2.680 +0.305 C_comp: 7.640000E+00 DV/DT(typ): 1.22 / 1.99e-01 min: 1.09 / 2.68e-01 max: 1.36 / 1.46e-01 DV/DT(typ): 1.46 / 1.65e-01 min: 1.30 / 2.35e-01 max: 1.63 / 1.12e-01 MODEL: PCMCB02020B0S2EZZJBF V / I(GC) / I(PC): -0.500000 +0.009 +0.002 V / I(GC) / I(PC): -1.000000 +0.532 +0.066 V / I(GC) / I(PC): -1.500000 +1.220 +0.143 V / I(GC) / I(PC): -2.000000 +1.920 +0.221 V / I(GC) / I(PC): -2.500000 +2.680 +0.305 C_comp: 7.640000E+00 DV/DT(typ): 0.82 / 2.31e-01 min: 0.71 / 3.08e-01 max: 0.95 / 1.69e-01 DV/DT(typ): 0.80 / 2.64e-01 min: 0.66 / 3.52e-01 max: 0.97 / 1.93e-01 MODEL: PCPU7700 V / I(GC) / I(PC): -0.500000 +0.002 +0.000 V / I(GC) / I(PC): -1.000000 +0.069 +0.037 V / I(GC) / I(PC): -1.500000 +0.204 +0.088 V / I(GC) / I(PC): -2.000000 +0.339 +0.138 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC77PD00 V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.068 +0.037 V / I(GC) / I(PC): -1.500000 +0.203 +0.088 V / I(GC) / I(PC): -2.000000 +0.338 +0.139 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.068 +0.037 V / I(GC) / I(PC): -1.500000 +0.203 +0.088 V / I(GC) / I(PC): -2.000000 +0.338 +0.138 V / I(GC) / I(PC): -2.500000 +0.474 +0.189 C_comp: 3.640000E+00 MODEL: PC060801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.48 / 1.84e-01 min: 2.25 / 2.77e-01 max: 2.71 / 1.17e-01 MODEL: PC061201 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.63 / 1.40e-01 min: 1.35 / 1.83e-01 max: 1.95 / 1.06e-01 DV/DT(typ): 2.48 / 1.84e-01 min: 2.25 / 2.77e-01 max: 2.71 / 1.17e-01 MODEL: PC040801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 1.71e-01 min: 0.98 / 2.15e-01 max: 1.54 / 1.30e-01 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC080801 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.90 / 1.32e-01 min: 1.62 / 1.75e-01 max: 2.21 / 9.60e-02 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC040401 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 1.71e-01 min: 0.98 / 2.15e-01 max: 1.54 / 1.30e-01 DV/DT(typ): 1.34 / 2.77e-01 min: 1.09 / 3.63e-01 max: 1.65 / 1.77e-01 MODEL: PC080802 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.90 / 1.32e-01 min: 1.62 / 1.75e-01 max: 2.21 / 9.60e-02 DV/DT(typ): 2.12 / 1.88e-01 min: 1.85 / 2.84e-01 max: 2.40 / 1.22e-01 MODEL: PC040411 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 5.640000E+00 DV/DT(typ): 1.23 / 8.28e-01 min: 0.98 / 1.25e+00 max: 1.54 / 6.06e-01 DV/DT(typ): 1.34 / 1.04e+00 min: 1.09 / 1.49e+00 max: 1.65 / 8.28e-01 MODEL: PC040422 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.072 +0.039 V / I(GC) / I(PC): -1.500000 +0.206 +0.089 V / I(GC) / I(PC): -2.000000 +0.341 +0.140 V / I(GC) / I(PC): -2.500000 +0.476 +0.190 C_comp: 7.640000E+00 DV/DT(typ): 1.22 / 1.22e+00 min: 0.96 / 1.51e+00 max: 1.54 / 8.64e-01 DV/DT(typ): 1.33 / 1.20e+00 min: 1.07 / 1.55e+00 max: 1.64 / 8.10e-01 MODEL: LBX_B06061A0S2AZZGFC V / I(GC) / I(PC): -0.500000 +0.008 +0.006 V / I(GC) / I(PC): -1.000000 +0.195 +0.176 V / I(GC) / I(PC): -1.500000 +0.421 +0.382 V / I(GC) / I(PC): -2.000000 +0.653 +0.592 V / I(GC) / I(PC): -2.500000 +0.902 +0.820 C_comp: 4.650000E+00 DV/DT(typ): 1.46 / 3.61e-01 min: 1.23 / 4.90e-01 max: 1.74 / 2.53e-01 DV/DT(typ): 1.57 / 3.81e-01 min: 1.31 / 5.20e-01 max: 1.88 / 2.63e-01 MODEL: LBX_B06120A0S2AZZGFC V / I(GC) / I(PC): -0.500000 +0.008 +0.005 V / I(GC) / I(PC): -1.000000 +0.195 +0.154 V / I(GC) / I(PC): -1.500000 +0.421 +0.334 V / I(GC) / I(PC): -2.000000 +0.653 +0.519 V / I(GC) / I(PC): -2.500000 +0.902 +0.718 C_comp: 4.650000E+00 DV/DT(typ): 1.84 / 8.52e-01 min: 1.60 / 1.21e+00 max: 2.12 / 5.70e-01 DV/DT(typ): 2.40 / 1.01e+00 min: 2.18 / 1.33e+00 max: 2.64 / 6.24e-01 MODEL: LBX_B04040A0S2AZLGFC V / I(GC) / I(PC): -0.500000 +0.008 +0.006 V / I(GC) / I(PC): -1.000000 +0.195 +0.157 V / I(GC) / I(PC): -1.500000 +0.421 +0.338 V / I(GC) / I(PC): -2.000000 +0.653 +0.522 V / I(GC) / I(PC): -2.500000 +0.902 +0.721 C_comp: 4.650000E+00 DV/DT(typ): 1.46 / 5.18e-01 min: 1.23 / 7.03e-01 max: 1.74 / 3.58e-01 DV/DT(typ): 1.57 / 6.20e-01 min: 1.31 / 8.53e-01 max: 1.88 / 4.09e-01 MODEL: LBX_I00000A1K3KZZGFC V / I(GC) / I(PC): -0.500000 +0.008 +0.006 V / I(GC) / I(PC): -1.000000 +0.195 +0.156 V / I(GC) / I(PC): -1.500000 +0.421 +0.337 V / I(GC) / I(PC): -2.000000 +0.653 +0.522 V / I(GC) / I(PC): -2.500000 +0.902 +0.720 C_comp: 4.650000E+00 MODEL: LBX_B10100B0S2AKZEEC V / I(GC) / I(PC): -0.500000 +0.007 +0.009 V / I(GC) / I(PC): -1.000000 +0.193 +0.164 V / I(GC) / I(PC): -1.500000 +0.420 +0.345 V / I(GC) / I(PC): -2.000000 +0.653 +0.530 V / I(GC) / I(PC): -2.500000 +0.904 +0.727 C_comp: 4.650000E+00 DV/DT(typ): 1.20 / 3.19e-01 min: 1.04 / 4.43e-01 max: 1.39 / 2.18e-01 DV/DT(typ): 1.46 / 1.32e+00 min: 1.28 / 1.49e+00 max: 1.64 / 1.09e+00 MODEL: LBX_I00000A0S2AZZGFC V / I(GC) / I(PC): -0.500000 +0.008 +0.006 V / I(GC) / I(PC): -1.000000 +0.195 +0.176 V / I(GC) / I(PC): -1.500000 +0.421 +0.382 V / I(GC) / I(PC): -2.000000 +0.653 +0.592 V / I(GC) / I(PC): -2.500000 +0.902 +0.820 C_comp: 4.650000E+00 MODEL: BX77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: BX777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: BX060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: BX04040A V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 4.22e-01 min: 1.23 / 5.67e-01 max: 1.75 / 2.95e-01 DV/DT(typ): 1.59 / 5.62e-01 min: 1.33 / 7.92e-01 max: 1.89 / 3.63e-01 MODEL: BX08081A V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.68 / 3.41e-01 min: 1.43 / 4.79e-01 max: 1.96 / 2.27e-01 DV/DT(typ): 1.86 / 4.52e-01 min: 1.60 / 7.38e-01 max: 2.16 / 2.47e-01 MODEL: BX061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: BX121222 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.58 / 3.09e-01 min: 1.34 / 4.35e-01 max: 1.86 / 2.06e-01 DV/DT(typ): 1.74 / 4.28e-01 min: 1.48 / 6.96e-01 max: 2.04 / 2.34e-01 MODEL: IBB08080A1K3KZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.350000E+00 DV/DT(typ): 1.59 / 4.05e-01 min: 1.28 / 5.61e-01 max: 1.95 / 2.74e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.27e+00 max: 2.21 / 5.78e-01 MODEL: IBI00000A1K3KZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 MODEL: IBI00000A0S2AZZVTC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.762 +0.690 V / I(GC) / I(PC): -1.500000 +2.070 +1.860 V / I(GC) / I(PC): -2.000000 +3.440 +3.080 V / I(GC) / I(PC): -2.500000 +4.955 +4.440 C_comp: 4.280000E+00 MODEL: IBB08081A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.53e-01 DV/DT(typ): 1.87 / 1.32e+00 min: 1.54 / 1.44e+00 max: 2.20 / 1.15e+00 MODEL: IBT16161AXXXXZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 3.720000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.14e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.70e-01 MODEL: IBB04040A0S2AZZHIB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.182 +0.238 V / I(GC) / I(PC): -1.500000 +0.452 +0.598 V / I(GC) / I(PC): -2.000000 +0.730 +0.971 V / I(GC) / I(PC): -2.500000 +1.038 +1.385 C_comp: 3.720000E+00 DV/DT(typ): 1.05 / 2.78e-01 min: 0.81 / 3.72e-01 max: 1.39 / 2.04e-01 DV/DT(typ): 1.13 / 5.94e-01 min: 0.90 / 8.29e-01 max: 1.42 / 4.13e-01 MODEL: IBB08080A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 4.09e-01 min: 1.28 / 5.63e-01 max: 1.95 / 2.75e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.77e-01 MODEL: IBI00000A0S2AZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 MODEL: IBI00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 MODEL: IBB16161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.18e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.71e-01 MODEL: PSCB08080A1K3KZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.350000E+00 DV/DT(typ): 1.59 / 4.05e-01 min: 1.28 / 5.61e-01 max: 1.95 / 2.74e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.27e+00 max: 2.21 / 5.78e-01 MODEL: PSCI00000A1K3KZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 MODEL: PSCB16160A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 3.21e-01 min: 1.92 / 4.75e-01 max: 2.49 / 2.06e-01 DV/DT(typ): 2.46 / 5.10e-01 min: 2.22 / 8.78e-01 max: 2.70 / 2.93e-01 MODEL: PSCB16161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.18e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.71e-01 MODEL: PSCB04041A0S2AZZHIB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.182 +0.238 V / I(GC) / I(PC): -1.500000 +0.452 +0.598 V / I(GC) / I(PC): -2.000000 +0.730 +0.971 V / I(GC) / I(PC): -2.500000 +1.038 +1.385 C_comp: 3.720000E+00 DV/DT(typ): 1.05 / 1.03e+00 min: 0.81 / 1.22e+00 max: 1.39 / 6.12e-01 DV/DT(typ): 1.13 / 1.24e+00 min: 0.90 / 1.41e+00 max: 1.42 / 9.39e-01 MODEL: PSCI00000A0S2AZZVTC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.762 +0.690 V / I(GC) / I(PC): -1.500000 +2.070 +1.860 V / I(GC) / I(PC): -2.000000 +3.440 +3.080 V / I(GC) / I(PC): -2.500000 +4.955 +4.440 C_comp: 4.280000E+00 MODEL: PSCI00000A0S2AZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 MODEL: PSCB08081A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.53e-01 DV/DT(typ): 1.87 / 1.32e+00 min: 1.54 / 1.44e+00 max: 2.20 / 1.15e+00 MODEL: PSCI00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 MODEL: PSCB08080A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 4.09e-01 min: 1.28 / 5.63e-01 max: 1.95 / 2.75e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.77e-01 MODEL: PSCB12211A0S2AZZZZC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +4.150 +1.410 V / I(GC) / I(PC): -1.500000 +12.950 +4.020 V / I(GC) / I(PC): -2.000000 +22.450 +6.780 V / I(GC) / I(PC): -2.500000 +32.770 +9.810 C_comp: 4.280000E+00 DV/DT(typ): 1.95 / 8.87e-01 min: 1.64 / 1.29e+00 max: 2.27 / 5.33e-01 DV/DT(typ): 2.61 / 1.17e+00 min: 2.36 / 1.39e+00 max: 2.84 / 8.51e-01 MODEL: DCPU7700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: DC777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: DC161613 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: DC161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: DC161603 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 2.20 / 3.16e-01 min: 1.92 / 4.69e-01 max: 2.49 / 2.02e-01 DV/DT(typ): 2.47 / 5.07e-01 min: 2.23 / 9.30e-01 max: 2.71 / 3.00e-01 MODEL: DC161602 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 3.16e-01 min: 1.92 / 4.69e-01 max: 2.49 / 2.02e-01 DV/DT(typ): 2.47 / 5.07e-01 min: 2.23 / 9.30e-01 max: 2.71 / 3.00e-01 MODEL: DC080813 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.59 / 1.15e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.54e-01 DV/DT(typ): 1.90 / 1.29e+00 min: 1.60 / 1.45e+00 max: 2.22 / 1.12e+00 MODEL: DC080803 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.59 / 4.01e-01 min: 1.28 / 5.57e-01 max: 1.95 / 2.71e-01 DV/DT(typ): 1.90 / 1.02e+00 min: 1.60 / 1.29e+00 max: 2.22 / 6.18e-01 MODEL: DC040413 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: DC040412 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: DC040403 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.05 / 2.72e-01 min: 0.81 / 3.67e-01 max: 1.39 / 1.99e-01 DV/DT(typ): 1.15 / 6.12e-01 min: 0.92 / 9.48e-01 max: 1.44 / 4.38e-01 MODEL: PU08082A V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.52 / 1.81e+00 min: 1.15 / 2.16e+00 max: 1.92 / 1.42e+00 DV/DT(typ): 1.32 / 1.61e+00 min: 0.94 / 1.90e+00 max: 1.80 / 1.35e+00 MODEL: PU040413 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.06e-01 DV/DT(typ): 1.15 / 1.26e+00 min: 0.92 / 1.39e+00 max: 1.44 / 9.72e-01 MODEL: PU040422 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 1.04 / 1.60e+00 min: 0.79 / 1.91e+00 max: 1.39 / 1.32e+00 DV/DT(typ): 0.91 / 1.46e+00 min: 0.66 / 1.73e+00 max: 1.25 / 1.21e+00 MODEL: PU777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 5.100000E+00 MODEL: PU161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.100000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: SIOAI00000A0S2AJZVMC V / I(GC) / I(PC): -0.500000 +0.002 +0.001 V / I(GC) / I(PC): -1.000000 +0.852 +0.375 V / I(GC) / I(PC): -1.500000 +2.220 +0.970 V / I(GC) / I(PC): -2.000000 +3.650 +1.590 V / I(GC) / I(PC): -2.500000 +5.230 +2.275 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIOAB16160A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 3.25e-01 min: 1.92 / 4.82e-01 max: 2.49 / 2.10e-01 DV/DT(typ): 2.46 / 5.19e-01 min: 2.22 / 8.87e-01 max: 2.70 / 3.00e-01 MODEL: SIOAB12211A0S2AZZZZC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +4.150 +1.410 V / I(GC) / I(PC): -1.500000 +12.950 +4.020 V / I(GC) / I(PC): -2.000000 +22.450 +6.780 V / I(GC) / I(PC): -2.500000 +32.770 +9.810 C_comp: 4.280000E+00 DV/DT(typ): 1.95 / 9.04e-01 min: 1.64 / 1.29e+00 max: 2.27 / 5.41e-01 DV/DT(typ): 2.61 / 1.18e+00 min: 2.36 / 1.39e+00 max: 2.84 / 8.54e-01 MODEL: SIOAI00000A0S2AZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIOAB08080A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 4.09e-01 min: 1.28 / 5.63e-01 max: 1.95 / 2.75e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.77e-01 MODEL: SIOAB04040A0S2AZZHIB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.182 +0.238 V / I(GC) / I(PC): -1.500000 +0.452 +0.598 V / I(GC) / I(PC): -2.000000 +0.730 +0.971 V / I(GC) / I(PC): -2.500000 +1.038 +1.385 C_comp: 3.720000E+00 DV/DT(typ): 1.05 / 2.78e-01 min: 0.81 / 3.72e-01 max: 1.39 / 2.04e-01 DV/DT(typ): 1.13 / 5.94e-01 min: 0.90 / 8.29e-01 max: 1.42 / 4.13e-01 MODEL: SIOAD00161A0S2AJZYUC V / I(GC) / I(PC): -0.500000 +0.002 +0.001 V / I(GC) / I(PC): -1.000000 +1.040 +0.749 V / I(GC) / I(PC): -1.500000 +2.690 +1.940 V / I(GC) / I(PC): -2.000000 +4.400 +3.170 V / I(GC) / I(PC): -2.500000 +6.290 +4.540 C_comp: 4.280000E+00 DV/DT(typ): 2.43 / 2.05e-01 min: 2.21 / 2.59e-01 max: 2.66 / 1.63e-01 DV/DT(typ): 2.43 / 1.16e+00 min: 2.18 / 1.44e+00 max: 2.66 / 7.57e-01 MODEL: SIOAI00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIOAD00161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.680 +4.540 C_comp: 4.280000E+00 DV/DT(typ): 2.47 / 1.89e-01 min: 2.23 / 2.45e-01 max: 2.71 / 1.45e-01 DV/DT(typ): 2.46 / 1.18e+00 min: 2.21 / 1.41e+00 max: 2.70 / 7.69e-01 MODEL: SIOAB16161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.18e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.71e-01 MODEL: SIO_I00000A1K3KZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIO_I00000A0S2AJZVMC V / I(GC) / I(PC): -0.500000 +0.002 +0.001 V / I(GC) / I(PC): -1.000000 +0.852 +0.375 V / I(GC) / I(PC): -1.500000 +2.220 +0.970 V / I(GC) / I(PC): -2.000000 +3.650 +1.590 V / I(GC) / I(PC): -2.500000 +5.230 +2.275 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIO_B16160A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 3.25e-01 min: 1.92 / 4.82e-01 max: 2.49 / 2.10e-01 DV/DT(typ): 2.46 / 5.19e-01 min: 2.22 / 8.87e-01 max: 2.70 / 3.00e-01 MODEL: SIO_B12211A0S2AZZZZC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +4.150 +1.410 V / I(GC) / I(PC): -1.500000 +12.950 +4.020 V / I(GC) / I(PC): -2.000000 +22.450 +6.780 V / I(GC) / I(PC): -2.500000 +32.770 +9.810 C_comp: 4.280000E+00 DV/DT(typ): 1.95 / 8.87e-01 min: 1.64 / 1.29e+00 max: 2.27 / 5.33e-01 DV/DT(typ): 2.61 / 1.17e+00 min: 2.36 / 1.39e+00 max: 2.84 / 8.51e-01 MODEL: SIO_T08080AXXXXZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 2.790000E+00 DV/DT(typ): 1.59 / 4.02e-01 min: 1.28 / 5.57e-01 max: 1.95 / 2.70e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.74e-01 MODEL: SIO_I00000A0S2AZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIO_T04040AXXXXZZHIB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.182 +0.238 V / I(GC) / I(PC): -1.500000 +0.452 +0.598 V / I(GC) / I(PC): -2.000000 +0.730 +0.971 V / I(GC) / I(PC): -2.500000 +1.038 +1.385 C_comp: 2.790000E+00 DV/DT(typ): 1.05 / 2.72e-01 min: 0.81 / 3.67e-01 max: 1.39 / 1.99e-01 DV/DT(typ): 1.13 / 5.89e-01 min: 0.90 / 8.22e-01 max: 1.42 / 4.07e-01 MODEL: SIO_O08081AXXXXZZKMB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.790000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.79e-01 DV/DT(typ): 1.88 / 1.34e+00 min: 1.55 / 1.43e+00 max: 2.21 / 1.16e+00 MODEL: SIO_I00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SIO_D00161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.680 +4.540 C_comp: 4.280000E+00 DV/DT(typ): 2.47 / 1.89e-01 min: 2.23 / 2.45e-01 max: 2.71 / 1.45e-01 DV/DT(typ): 2.46 / 1.18e+00 min: 2.21 / 1.41e+00 max: 2.70 / 7.69e-01 MODEL: SIO_B16161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.18e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.71e-01 MODEL: SI010111 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 3.00 / 5.10e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 3.00 / 4.90e-01 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: SI080823 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.52 / 1.81e+00 min: 1.15 / 2.16e+00 max: 1.92 / 1.42e+00 DV/DT(typ): 1.32 / 1.61e+00 min: 0.94 / 1.90e+00 max: 1.80 / 1.35e+00 MODEL: SIPU7700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: SI777700 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.061 +0.057 V / I(GC) / I(PC): -1.500000 +0.123 +0.154 V / I(GC) / I(PC): -2.000000 +0.185 +0.252 V / I(GC) / I(PC): -2.500000 +0.247 +0.349 C_comp: 3.840000E+00 MODEL: SI040423 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 5.640000E+00 DV/DT(typ): 1.04 / 1.60e+00 min: 0.79 / 1.91e+00 max: 1.39 / 1.32e+00 DV/DT(typ): 0.91 / 1.46e+00 min: 0.66 / 1.73e+00 max: 1.25 / 1.21e+00 MODEL: SI161612 V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.060 +0.054 V / I(GC) / I(PC): -1.500000 +0.138 +0.179 V / I(GC) / I(PC): -2.000000 +0.215 +0.303 V / I(GC) / I(PC): -2.500000 +0.293 +0.428 C_comp: 7.640000E+00 DV/DT(typ): 2.20 / 1.06e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.50e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.21 / 1.54e+00 max: 2.70 / 7.70e-01 MODEL: PCEBI00000A0S2AZZVTC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.762 +0.690 V / I(GC) / I(PC): -1.500000 +2.070 +1.860 V / I(GC) / I(PC): -2.000000 +3.440 +3.080 V / I(GC) / I(PC): -2.500000 +4.955 +4.440 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: PCEBO08081AXXXXZZKMB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.790000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.79e-01 DV/DT(typ): 1.88 / 1.34e+00 min: 1.55 / 1.43e+00 max: 2.21 / 1.16e+00 MODEL: PCEBI00000A1K3KZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: PCEBB08080A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 4.09e-01 min: 1.28 / 5.63e-01 max: 1.95 / 2.75e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.77e-01 MODEL: PCEBT08081AXXXXZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 1.15e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.53e-01 DV/DT(typ): 1.87 / 1.32e+00 min: 1.54 / 1.43e+00 max: 2.20 / 1.15e+00 MODEL: PCEBT08080AXXXXZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 2.790000E+00 DV/DT(typ): 1.59 / 4.02e-01 min: 1.28 / 5.57e-01 max: 1.95 / 2.70e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.74e-01 MODEL: PCEBI00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: PCEBB16160A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 3.25e-01 min: 1.92 / 4.82e-01 max: 2.49 / 2.10e-01 DV/DT(typ): 2.46 / 5.19e-01 min: 2.22 / 8.87e-01 max: 2.70 / 3.00e-01 MODEL: PCEBB12211A0S2AZZZZC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +4.150 +1.410 V / I(GC) / I(PC): -1.500000 +12.950 +4.020 V / I(GC) / I(PC): -2.000000 +22.450 +6.780 V / I(GC) / I(PC): -2.500000 +32.770 +9.810 C_comp: 4.280000E+00 DV/DT(typ): 1.95 / 9.04e-01 min: 1.64 / 1.29e+00 max: 2.27 / 5.41e-01 DV/DT(typ): 2.61 / 1.18e+00 min: 2.36 / 1.39e+00 max: 2.84 / 8.54e-01 MODEL: PB77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: PB777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: PB060611 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB06061V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB060613 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: PB061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: ESC_I00000A0S2AZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: ESC_O16160AXXXXZZRUC V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 3.720000E+00 DV/DT(typ): 2.20 / 1.68e-01 min: 1.92 / 2.36e-01 max: 2.49 / 1.16e-01 DV/DT(typ): 2.46 / 4.09e-01 min: 2.23 / 6.42e-01 max: 2.70 / 2.56e-01 MODEL: ESC_B08080A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 4.09e-01 min: 1.28 / 5.63e-01 max: 1.95 / 2.75e-01 DV/DT(typ): 1.89 / 1.01e+00 min: 1.59 / 1.26e+00 max: 2.21 / 5.77e-01 MODEL: ESC_B16162A0S2AZKRYC V / I(GC) / I(PC): -0.500000 +0.001 +0.002 V / I(GC) / I(PC): -1.000000 +0.617 +1.120 V / I(GC) / I(PC): -1.500000 +1.580 +2.910 V / I(GC) / I(PC): -2.000000 +2.570 +4.760 V / I(GC) / I(PC): -2.500000 +3.675 +6.815 C_comp: 4.280000E+00 DV/DT(typ): 1.71 / 1.49e+00 min: 1.08 / 1.64e+00 max: 2.26 / 1.22e+00 DV/DT(typ): 1.66 / 1.44e+00 min: 1.04 / 1.57e+00 max: 2.29 / 1.25e+00 MODEL: ESC_I00000A1K3KZKNUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.749 V / I(GC) / I(PC): -1.500000 +1.110 +1.940 V / I(GC) / I(PC): -2.000000 +1.820 +3.170 V / I(GC) / I(PC): -2.500000 +2.620 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: ESC_D00161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.680 +4.540 C_comp: 4.280000E+00 DV/DT(typ): 2.47 / 1.89e-01 min: 2.23 / 2.45e-01 max: 2.71 / 1.45e-01 DV/DT(typ): 2.46 / 1.18e+00 min: 2.21 / 1.41e+00 max: 2.70 / 7.69e-01 MODEL: ESC_O08081AXXXXZZKMB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.790000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.79e-01 DV/DT(typ): 1.88 / 1.34e+00 min: 1.55 / 1.43e+00 max: 2.21 / 1.16e+00 MODEL: ESC_I00000A1K3KZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: ESC_T04041AXXXXZZHIB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.182 +0.238 V / I(GC) / I(PC): -1.500000 +0.452 +0.598 V / I(GC) / I(PC): -2.000000 +0.730 +0.971 V / I(GC) / I(PC): -2.500000 +1.038 +1.385 C_comp: 2.790000E+00 DV/DT(typ): 1.05 / 1.04e+00 min: 0.81 / 1.21e+00 max: 1.39 / 6.05e-01 DV/DT(typ): 1.13 / 1.25e+00 min: 0.90 / 1.41e+00 max: 1.42 / 9.40e-01 MODEL: ESC_I00000A0S2AZZNMC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.426 +0.374 V / I(GC) / I(PC): -1.500000 +1.110 +0.969 V / I(GC) / I(PC): -2.000000 +1.820 +1.590 V / I(GC) / I(PC): -2.500000 +2.620 +2.270 C_comp: 4.280000E+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 DV/DT(typ): 0.00 / 0.00e+00 min: 0.00 / 0.00e+00 max: 0.00 / 0.00e+00 MODEL: ESC_B08081A0S2AZZKMB V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.308 +0.374 V / I(GC) / I(PC): -1.500000 +0.788 +0.969 V / I(GC) / I(PC): -2.000000 +1.290 +1.590 V / I(GC) / I(PC): -2.500000 +1.840 +2.270 C_comp: 3.720000E+00 DV/DT(typ): 1.59 / 1.16e+00 min: 1.28 / 1.34e+00 max: 1.95 / 9.53e-01 DV/DT(typ): 1.87 / 1.32e+00 min: 1.54 / 1.44e+00 max: 2.20 / 1.15e+00 MODEL: ESC_B16161A0S2AZZRUC V / I(GC) / I(PC): -0.500000 +0.001 +0.001 V / I(GC) / I(PC): -1.000000 +0.617 +0.749 V / I(GC) / I(PC): -1.500000 +1.580 +1.940 V / I(GC) / I(PC): -2.000000 +2.570 +3.170 V / I(GC) / I(PC): -2.500000 +3.675 +4.545 C_comp: 4.280000E+00 DV/DT(typ): 2.20 / 1.03e+00 min: 1.92 / 1.28e+00 max: 2.49 / 6.18e-01 DV/DT(typ): 2.46 / 1.21e+00 min: 2.20 / 1.42e+00 max: 2.70 / 7.71e-01 MODEL: ES121201 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 2.03 / 4.39e-01 min: 1.79 / 6.36e-01 max: 2.29 / 2.86e-01 DV/DT(typ): 2.42 / 5.62e-01 min: 2.19 / 9.30e-01 max: 2.65 / 3.58e-01 MODEL: ES080803 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.92 / 4.69e-01 min: 1.67 / 6.60e-01 max: 2.18 / 3.13e-01 DV/DT(typ): 2.20 / 5.56e-01 min: 1.95 / 9.42e-01 max: 2.45 / 3.40e-01 MODEL: ES060611 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES06061V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES060612 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES77770V V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: ES777700 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 3.100000E+00 MODEL: ES060613 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 5.100000E+00 DV/DT(typ): 1.47 / 3.02e-01 min: 1.23 / 4.19e-01 max: 1.75 / 2.06e-01 DV/DT(typ): 1.59 / 4.18e-01 min: 1.33 / 6.54e-01 max: 1.89 / 2.35e-01 MODEL: ES061202 V / I(GC) / I(PC): -0.500000 +0.001 +0.000 V / I(GC) / I(PC): -1.000000 +0.084 +0.036 V / I(GC) / I(PC): -1.500000 +0.439 +0.211 V / I(GC) / I(PC): -2.000000 +0.793 +0.387 V / I(GC) / I(PC): -2.500000 +1.148 +0.562 C_comp: 7.100000E+00 DV/DT(typ): 1.85 / 8.52e-01 min: 1.60 / 1.20e+00 max: 2.12 / 5.72e-01 DV/DT(typ): 2.42 / 1.01e+00 min: 2.19 / 1.33e+00 max: 2.65 / 6.24e-01 MODEL: CGS701V_Tristate V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +1.223 +0.894 V / I(GC) / I(PC): -1.500000 +4.256 +2.874 V / I(GC) / I(PC): -2.000000 +7.435 +4.940 V / I(GC) / I(PC): -2.500000 +10.660 +7.032 C_comp: 5.900000E-01 DV/DT(typ): 2.51 / 1.60e-01 min: 2.08 / 2.40e-01 max: 2.90 / 1.30e-01 DV/DT(typ): 2.55 / 2.40e-01 min: 2.10 / 3.70e-01 max: 2.95 / 1.60e-01 MODEL: CGS701V_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.382 +0.424 V / I(GC) / I(PC): -1.500000 +1.328 +1.364 V / I(GC) / I(PC): -2.000000 +2.320 +2.344 V / I(GC) / I(PC): -2.500000 +3.325 +3.337 C_comp: 5.800000E-01 MODEL: CGS700V_Tristate V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +1.223 +0.894 V / I(GC) / I(PC): -1.500000 +4.256 +2.874 V / I(GC) / I(PC): -2.000000 +7.435 +4.940 V / I(GC) / I(PC): -2.500000 +10.660 +7.032 C_comp: 5.900000E-01 DV/DT(typ): 2.51 / 1.60e-01 min: 2.08 / 2.40e-01 max: 2.90 / 1.30e-01 DV/DT(typ): 2.55 / 2.40e-01 min: 2.10 / 3.70e-01 max: 2.95 / 1.60e-01 MODEL: CGS700V_Input V / I(GC) / I(PC): -0.500000 +0.000 +0.000 V / I(GC) / I(PC): -1.000000 +0.382 +0.424 V / I(GC) / I(PC): -1.500000 +1.328 +1.364 V / I(GC) / I(PC): -2.000000 +2.320 +2.344 V / I(GC) / I(PC): -2.500000 +3.325 +3.337 C_comp: 5.800000E-01 MODEL: IN1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 MODEL: OUT_ED3 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: OUT_ED2 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: OUT_ED1 V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 2.600000E+00 DV/DT(typ): 1.98 / 1.17e+00 min: 1.80 / 1.80e+00 max: 2.22 / 5.40e-01 DV/DT(typ): 1.98 / 1.08e+00 min: 1.80 / 1.68e+00 max: 2.22 / 4.80e-01 MODEL: CGS2537V_OutputB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.47 / 2.80e-01 min: 1.36 / 2.80e-01 max: 1.59 / 2.80e-01 DV/DT(typ): 2.29 / 2.00e-01 min: 2.21 / 1.90e-01 max: 2.36 / 2.10e-01 MODEL: CGS2537V_OutputA V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.47 / 2.80e-01 min: 1.36 / 2.80e-01 max: 1.59 / 2.70e-01 DV/DT(typ): 2.29 / 2.00e-01 min: 2.21 / 1.90e-01 max: 2.36 / 2.10e-01 MODEL: CGS2537V_OutputD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.47 / 2.70e-01 min: 1.36 / 2.80e-01 max: 1.59 / 2.70e-01 DV/DT(typ): 2.29 / 2.00e-01 min: 2.21 / 1.90e-01 max: 2.36 / 2.10e-01 MODEL: CGS2537V_OutputC V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.47 / 2.90e-01 min: 1.36 / 2.80e-01 max: 1.59 / 2.80e-01 DV/DT(typ): 2.29 / 2.00e-01 min: 2.21 / 1.90e-01 max: 2.36 / 2.10e-01 MODEL: CGS2537V_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.095 +0.000 V / I(GC) / I(PC): -1.500000 +0.203 +0.000 V / I(GC) / I(PC): -2.000000 +0.313 +0.000 V / I(GC) / I(PC): -2.500000 +0.423 +0.000 C_comp: 5.800000E-01 MODEL: CGS2536V_OutputB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.70e-01 max: 1.73 / 2.80e-01 DV/DT(typ): 1.57 / 3.50e-01 min: 1.46 / 4.40e-01 max: 1.68 / 2.80e-01 MODEL: CGS2536V_OutputA V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.60e-01 max: 1.73 / 2.70e-01 DV/DT(typ): 1.57 / 3.40e-01 min: 1.46 / 4.30e-01 max: 1.68 / 2.70e-01 MODEL: CGS2536V_OutputD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.60e-01 max: 1.73 / 2.70e-01 DV/DT(typ): 1.57 / 3.40e-01 min: 1.46 / 4.30e-01 max: 1.68 / 2.70e-01 MODEL: CGS2536V_OutputC V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.70e-01 max: 1.73 / 2.80e-01 DV/DT(typ): 1.57 / 3.50e-01 min: 1.46 / 4.40e-01 max: 1.68 / 2.80e-01 MODEL: CGS2536V_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.095 +0.000 V / I(GC) / I(PC): -1.500000 +0.203 +0.000 V / I(GC) / I(PC): -2.000000 +0.313 +0.000 V / I(GC) / I(PC): -2.500000 +0.423 +0.000 C_comp: 5.800000E-01 MODEL: CGS2535V_OutputB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.70e-01 max: 1.73 / 2.80e-01 DV/DT(typ): 1.57 / 3.50e-01 min: 1.46 / 4.40e-01 max: 1.68 / 2.80e-01 MODEL: CGS2535V_OutputA V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.60e-01 max: 1.73 / 2.70e-01 DV/DT(typ): 1.57 / 3.40e-01 min: 1.46 / 4.30e-01 max: 1.68 / 2.70e-01 MODEL: CGS2535V_OutputD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.60e-01 max: 1.73 / 2.70e-01 DV/DT(typ): 1.57 / 3.40e-01 min: 1.46 / 4.30e-01 max: 1.68 / 2.70e-01 MODEL: CGS2535V_OutputC V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.57 / 3.60e-01 min: 1.44 / 5.70e-01 max: 1.73 / 2.80e-01 DV/DT(typ): 1.57 / 3.50e-01 min: 1.46 / 4.40e-01 max: 1.68 / 2.80e-01 MODEL: CGS2535V_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.095 +0.000 V / I(GC) / I(PC): -1.500000 +0.203 +0.000 V / I(GC) / I(PC): -2.000000 +0.313 +0.000 V / I(GC) / I(PC): -2.500000 +0.423 +0.000 C_comp: 5.800000E-01 MODEL: CGS2534V_OutputB V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.63 / 2.80e-01 min: 1.50 / 2.80e-01 max: 1.75 / 2.70e-01 DV/DT(typ): 2.59 / 2.00e-01 min: 2.52 / 2.00e-01 max: 2.67 / 2.10e-01 MODEL: CGS2534V_OutputA V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.63 / 2.80e-01 min: 1.50 / 2.70e-01 max: 1.75 / 2.70e-01 DV/DT(typ): 2.59 / 2.00e-01 min: 2.52 / 2.00e-01 max: 2.67 / 2.10e-01 MODEL: CGS2534V_OutputD V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.63 / 2.70e-01 min: 1.50 / 2.70e-01 max: 1.75 / 2.70e-01 DV/DT(typ): 2.59 / 2.00e-01 min: 2.52 / 2.00e-01 max: 2.67 / 2.20e-01 MODEL: CGS2534V_OutputC V / I(GC) / I(PC): -0.500000 N/A N/A V / I(GC) / I(PC): -1.000000 N/A N/A V / I(GC) / I(PC): -1.500000 N/A N/A V / I(GC) / I(PC): -2.000000 N/A N/A V / I(GC) / I(PC): -2.500000 N/A N/A C_comp: 5.900000E-01 DV/DT(typ): 1.63 / 2.80e-01 min: 1.50 / 2.80e-01 max: 1.75 / 2.80e-01 DV/DT(typ): 2.59 / 2.00e-01 min: 2.52 / 2.00e-01 max: 2.67 / 2.10e-01 MODEL: CGS2534V_Input V / I(GC) / I(PC): -0.500000 +0.004 +0.000 V / I(GC) / I(PC): -1.000000 +0.095 +0.000 V / I(GC) / I(PC): -1.500000 +0.203 +0.000 V / I(GC) / I(PC): -2.000000 +0.313 +0.000 V / I(GC) / I(PC): -2.500000 +0.423 +0.000 C_comp: 5.800000E-01 From owner-ibis Fri Jun 28 11:28:04 1996 Received: from relayhost.vlsi.com (tweety.vlsi.com [134.27.20.23]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id LAA22355 for ; Fri, 28 Jun 1996 11:28:03 -0700 (PDT) Received: from relayhost.tempe.vlsi.com (anubis.tempe.vlsi.com [134.27.128.1]) by relayhost.vlsi.com (8.6.12/Hub-Perlotto/050895) with ESMTP id LAA06205 for ; Fri, 28 Jun 1996 11:17:51 -0700 Received: from tempepop.tempe.vlsi.com (devious.tempe.vlsi.com [134.27.128.5]) by relayhost.tempe.vlsi.com (8.6.9/Hub-Perlotto/101195) with ESMTP id LAA05063 for ; Fri, 28 Jun 1996 11:17:50 -0700 Received: from hermes (hermes.tempe.vlsi.com [134.27.133.128]) by tempepop.tempe.vlsi.com (8.6.9/Hub-Perlotto/010296) with SMTP id LAA03370 for ; Fri, 28 Jun 1996 11:25:22 -0700 Sender: dc.sessions@tempe.vlsi.com Message-ID: <31D421CD.75F@tempe.vlsi.com> Date: Fri, 28 Jun 1996 11:17:49 -0700 From: "D.C. Sessions" Organization: VLSI Technology Inc. X-Mailer: Mozilla 2.0 (X11; I; SunOS 5.4 sun4m) MIME-Version: 1.0 To: ibis@vhdl.org Subject: Closing the loop Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit One of the less-desirable aspects of the way many IBIS models are published is that there is relatively little feedback on the model; it tends to be a write-only affair at the silicon vendor's end. We're taking a step towards fixing that by including the IBIS models in our ISO9000 process model as the official DC test spec to Manufacturing. Is this something worth following up with recognized formal compliance levels? -- D. C. Sessions dc.sessions@tempe.vlsi.com From owner-ibis Fri Jun 28 13:55:14 1996 Received: from ormail.intel.com (ormail.intel.com [134.134.248.3]) by vhdl.vhdl.org (8.7.3/8.7.3) with ESMTP id NAA23619 for ; Fri, 28 Jun 1996 13:55:14 -0700 (PDT) Received: from relay.jf.intel.com (relay.jf.intel.com [134.134.131.6]) by ormail.intel.com (8.7.4/8.7.3) with ESMTP id NAA15557; Fri, 28 Jun 1996 13:45:37 -0700 (PDT) Received: (from ccmgate@localhost) by relay.jf.intel.com (8.7.4/8.7.3) id NAA18563; Fri, 28 Jun 1996 13:45:33 -0700 (PDT) Received: by ccm.jf.intel.com (ccmgate 3.2 #6) Fri, 28 Jun 96 13:45:31 PDT Date: Fri, 28 Jun 96 13:42:00 PDT From: Will Hobbs Message-ID: To: owner-ibis@vhdl.org, ibis@vhdl.org Subject: Re: Closing the loop Text item: D.C., I am in accord with your concept. However, one of the problems we encounter whenever we look at testing to the IBIS model is how many points of a V/I table are sufficient? How do you test a non-linear ramp? In other words, there are essential parts of the model that are either very time-consuming to cover or difficult to do on existing testers, or both. I look forward to hearing some of the results of your investigation, and applaud the idea. Regards, Will Hobbs Intel Corp. One of the less-desirable aspects of the way many IBIS models are published is that there is relatively little feedback on the model; it tends to be a write-only affair at the silicon vendor's end. We're taking a step towards fixing that by including the IBIS models in our ISO9000 process model as the official DC test spec to Manufacturing. Is this something worth following up with recognized formal compliance levels? -- D. C. Sessions dc.sessions@tempe.vlsi.com Text item: External Message Header The following mail header is for administrative use and may be ignored unless there are problems. ***IF THERE ARE PROBLEMS SAVE THESE HEADERS***. Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=us-ascii Subject: Closing the loop To: ibis@vhdl.org MIME-Version: 1.0 X-Mailer: Mozilla 2.0 (X11; I; SunOS 5.4 sun4m) Organization: VLSI Technology Inc. From: "D.C. Sessions" Date: Fri, 28 Jun 1996 11:17:49 -0700 Message-ID: <31D421CD.75F@tempe.vlsi.com> Sender: dc.sessions@tempe.vlsi.com Received: from hermes (hermes.tempe.vlsi.com [134.27.133.128]) by tempepop.tempe .vlsi.com (8.6.9/Hub-Perlotto/010296) with SMTP id LAA03370 for ; Fri, 28 Jun 1996 11:25:22 -0700 Received: from tempepop.tempe.vlsi.com (devious.tempe.vlsi.com [134.27.128.5]) b y relayhost.tempe.vlsi.com (8.6.9/Hub-Perlotto/101195) with ESMTP id LAA05063 fo r ; Fri, 28 Jun 1996 11:17:50 -0700 Received: from relayhost.tempe.vlsi.com (anubis.tempe.vlsi.com [134.27.128.1]) b y relayhost.vlsi.com (8.6.12/Hub-Perlotto/050895) with ESMTP id LAA06205 for ; Fri, 28 Jun 1996 11:17:51 -0700 Received: from relayhost.vlsi.com (tweety.vlsi.com [134.27.20.23]) by vhdl.vhdl. org (8.7.3/8.7.3) with ESMTP id LAA22355 for ; Fri, 28 Jun 1996 1 1:28:03 -0700 (PDT) Received: from vhdl.vhdl.org by hermes.intel.com (8.7.4/10.0i); Fri, 28 Jun 1996 12:01:03 -0700 Received: from hermes.intel.com by ichips.intel.com (8.7.4/jIII) id LAA25564; Fri, 28 Jun 1996 11:58:22 -0700 (PDT) Received: from ichips.intel.com (ichips.intel.com [134.134.50.200]) by relay.jf. intel.com (8.7.4/8.7.3) with ESMTP id MAA03721; Fri, 28 Jun 1996 12:01:02 -0700 (PDT) Return-Path: owner-ibis@vhdl.vhdl.org