From: owner-ibis-users@eda.org (ibis-users) To: ibis-users-digest@eda.org Subject: ibis-users V1 #117 Reply-To: Sender: owner-ibis-users@eda.org Errors-To: owner-ibis-users@eda.org Precedence: bulk ibis-users Monday, June 23 2008 Volume 01 : Number 117 ---------------------------------------------------------------------- Date: Fri, 23 May 2008 10:11:50 -0400 From: "Todd Westerhoff" Subject: [IBIS-Users] Updated IBIS-AMI Modeling Toolkit posted This is a multi-part message in MIME format. - ------=_NextPart_000_006A_01C8BCBD.6B205120 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit All, Version 2.10 of the SiSoft IBIS-AMI toolkit is now posted in the work archive section of the IBIS Advanced Technology Modeling (IBIS-ATM) website: http://www.eda-stds.org/pub/ibis/macromodel_wip/ Version 2.10 brings the toolkit in line with BIRD 107.2, which was approved last Friday. The main functional change is that the TX AMI_Getwave call now uses an analog (as opposed to digital) input waveform. The side benefit of this change is that it's now easier to test both TX and RX models standalone using the toolkit. The toolkit still supports chained (TX -> RX) model operation as it did before. Thanks for your interest! Todd. Todd Westerhoff VP, Software Products SiSoft 6 Clock Tower Place, Suite 250 Maynard, MA 01754 (978) 461-0449 x24 twesterh@sisoft.com www.sisoft.com - -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------=_NextPart_000_006A_01C8BCBD.6B205120 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

All,


Version 2.10 of the SiSoft IBIS-AMI toolkit is now posted in the work archi= ve section of the IBIS Advanced Technology Modeling (IBIS-ATM) website:

 

http://www.eda-stds.org/pub/ibis/macromodel_wip/

 

Version 2.10 brings the toolkit in line with BIRD 107.2, which was approved last Friday.  The main functional change is that th= e TX AMI_Getwave call now uses an analog (as opposed to digital) input waveform.=  

 

The side benefit of this change is that it’s now easier to test both TX and RX models standalone using the toolkit.  The toolkit still supports chained (TX -> RX) model operation as it did befo= re.

 

Thanks for your interest!

 

Todd.


Todd Westerhoff
VP, Software Products
SiSoft
6 Clock Tower Place, Suite= 250
Maynard, MA 01754
(978) 461-0449 x24
twesterh@sisoft.com
www.sisoft.com

 


--=20
This message has been scanned for viruses and
dangerous content by MailScanner, and is
believed to be clean. - ------=_NextPart_000_006A_01C8BCBD.6B205120-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 28 May 2008 09:21:44 -0700 From: "Syed Huq (shuq)" Subject: [IBIS-Users] IBIS Summit: 4th call for participation and presentation - DAC2008 This is a multi-part message in MIME format. - ------_=_NextPart_001_01C8C0DE.ECEA3F9A Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable To All: =20 This is a Fourth Announcement and we have received several registrations so far. Also, several proposed presentations are noted below =20 Monday is free day to visit the exhibition at DAC provided you register on-line. =20 Syed =20 =20 =20 =20 - ----------------------------------------------------------------------- IBIS SUMMIT FOURTH CALL FOR PARTICIPATION & PRESENTATIONS - ----------------------------------------------------------------------- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ =20 I B I S S U M M I T M E E T I N G =20 Time/Date: Tuesday June 10, 2008, 8:00 AM to 5:00 PM =20 Location: Anaheim Marriott 700 West Convention Way Anaheim, California 92802-3483 Room: Platinum Ballroom 8 =20 Content: Presentations and Discussions =20 Purpose: Solicit and Exchange IBIS Model Related Information and Ideas. =20 Sponsors: IBIS Open Forum =20 If your company would be interested in sponsoring this event, please contact Syed Huq . Sponsorship is available for the room, lunch, and coffee breaks. =20 DAC: June 8 - 13, 2008 Anaheim Convention Center Anaheim, California =20 FREE Exhibit Pass on Monday Exhibits June 9 - 12 See for more information. =20 =20 BACKGROUND =20 The Design Automation Conference (DAC) is the premier Electronic Design Automation (EDA) and silicon solution event. Several vendors active in the IBIS Open Forum attend DAC. =20 This meeting will be conducted as a formal IBIS Summit Meeting. Presentations are expected to be available and archived in an electronic format, and minutes of the meeting will be issued. Any pending formal decisions (votes) will be announced at least two weeks prior to the meeting. =20 The annual election of officers will be held. Nominations can be sent to Syed Huq or made at the meeting. =20 =20 CALL FOR PARTICIPANTS =20 People involved in IBIS Model development, EDA tool development, and digital circuit design are invited to participate to the Summit meeting. If you plan to participate, please register with the information below: =20 Name: E-mail address: Company: Telephone: =20 Send to: =20 Syed Huq at Cisco Systems, Inc (shuq@cisco.com) =20 =20 CALL FOR PRESENTATIONS =20 We are seeking presentations from individuals who have IBIS experiences or issues. =20 Format of Presentation: LCD Projection with Windows laptop. Time: 15-30 Minutes Electronic Archival: We request electronic versions so that the presentations can be archived and also made available to non-attendees. Formats used in the past have been text, Power Point, Word, Postscript, and Acrobat. Electronic presentations should be made available by June 5, 2008 for uploading and copying to the presentation laptop. =20 If you plan a presentation, please supply =20 Title: Presenter: E-mail address: Company: Telephone: =20 Estimate Time: =20 =20 Send this to: =20 Syed Huq (shuq@cisco.com) =20 =20 AGENDA =20 The agenda includes presentations, discussions, breaks, and a luncheon (which will be provided). This will be developed as presentation proposals are received. =20 Tentative Agenda topics: =20 Intel IBIS Report topic =20 "Case Study of Scheduled Single-ended Driver Featuring [Test Data]" =20 Green Streak Programs "Common Issues in Models Submitted to the IBIS Model Review Committee" =20 Sigrity "An Overview of Electrical Modeling and Model Representations for Package/Board Interconnects and Power Delivery Networks" =20 SiSoft "Correlating IBIS-AMI Models" =20 Mentor Graphics IBIS-AMI Modeling topic =20 North Carolina State University Advancing s2ibi2 topic =20 Others - TBD =20=20=20=20=20=20=20=20=20 =20 LIST OF NEARBY HOTELS =20 See for travel directions, hotels and other information or use other search engines. =20 =20 =20 =20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_001_01C8C0DE.ECEA3F9A Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

To All:

 

This is a Fourth=20 Announcement and we have received several registrations

so far.  Also, several proposed presentati= ons are=20 noted below

 

Monday is free day to= visit=20 the exhibition at DAC provided you register

on-line.

 

Syed

 

 

 

 

---------------------= - --------------------------------------------------

        = ;            &n= bsp;    =20 IBIS SUMMIT

        = ;            &n= bsp;   =20 FOURTH CALL FOR

        = ;        =20 PARTICIPATION & PRESENTATIONS

---------------------= - --------------------------------------------------

~~~~~~~~~~~~~~~~~~~~~= ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

 

        = ;     =20 I B I S   S U M M= I=20 T   M E E T I N=20 G

 

Time/Date:  Tuesday June 10, 2008,  8:00 AM to 5:00 PM

 

Location:   Anaheim=20 Marriott

        = ;   =20 700 West Convention= =20 Way

        = ;   =20 Anaheim, California 92802-3483

        = ;   =20 Room:  Platinum Ballro= om=20 8

 

Content:    Presentations and=20 Discussions

 

Purpose:    Solicit and Exchange = IBIS=20 Model Related Information

        = ;   =20 and Ideas.

 

Sponsors:   IBIS Open=20 Forum

 

        = ;   =20 If your company would be interested in sponsoring=20 this

        = ;   =20 event, please contact Syed Huq=20 <shuq@cisco.com>.

        = ;   =20 Sponsorship is available for the room, lunch, and=20 coffee

        = ;   =20 breaks.

 

DAC:        June=20 8 - 13, 2008

       =20     Anaheim Convention Center=

        = ;   =20 Anaheim, California

 

        = ;   =20 FREE Exhibit Pass on Monday

        = ;   =20 Exhibits June 9 - 12

        = ;   =20 See <http://www.dac.com/> for more=20 information.

 

 

BACKGROUND=

 

   The Design Automation Confe= rence=20 (DAC) is the premier Electronic

   Design Automation (EDA) and= =20 silicon solution event.  Seve= ral=20 vendors

   active in the IBIS Open For= um=20 attend DAC.

 

   This meeting will be conduc= ted as=20 a formal IBIS Summit Meeting.

   Presentations are expected = to be=20 available and archived in an

   electronic format, and minu= tes of=20 the meeting will be issued.

   Any pending formal decision= s=20 (votes) will be announced at least

   two weeks prior to the=20 meeting.

 

   The annual election of offi= cers=20 will be held.  Nominations=20 can

   be sent to Syed Huq=20 <shuq@cisco.com> or made at the meeting.

 

 

CALL FOR=20 PARTICIPANTS

 

   People involved in IBIS Mod= el=20 development, EDA tool development,

   and digital circuit design = are=20 invited to participate to the

   Summit meeting. If you plan to participa= te,=20 please register with

   the information=20 below:

 

   Name:

   E-mail=20 address:

   Company:<= /P>

   Telephone:

 

Send=20 to:

 

   Syed Huq at Cisco Systems, = Inc=20 (shuq@cisco.com)

 

 

CALL FOR=20 PRESENTATIONS

 

   We are seeking presentation= s from=20 individuals who have IBIS

   experiences or=20 issues.

 

   Format of Presentation:  LCD Projection with Windows=20 laptop.

   Time: 15-30=20 Minutes

   Electronic Archival: We req= uest=20 electronic versions so that the

        = ;=20 presentations can be archived and also made available=20 to

        = ;=20 non-attendees.  Format= s used=20 in the past have been text,

        = ;=20 Power Point, Word, Postscript, and Acrobat.  Electronic

        = ;=20 presentations should be made available by June 5,=20 2008

        = ;=20 for uploading and copying to the presentation=20 laptop.

 

If you plan a present= ation,=20 please supply

 

   Title:

   Presenter:

   E-mail=20 address:

   Company:<= /P>

   Telephone:

 

   Estimate=20 Time:

 

 

Send this=20 to:

 

   Syed Huq=20 (shuq@cisco.com)

 

 

AGENDA

 

   The agenda includes present= ations,=20 discussions, breaks, and a

 =  =20 luncheon (which will be provided).=  =20 This will be developed as

   presentation proposals are= =20 received.

 

   Tentative Agenda=20 topics:

 

   Intel

     IBIS Report=20 topic

 

     "Case Study of= =20 Scheduled Single-ended Driver Featuring

       =20 [Test Data]"

 

   Green Streak=20 Programs

     "Common Issues = in=20 Models Submitted to the IBIS Model Review

       =20 Committee"

 

   Sigrity

     "An Overview of= =20 Electrical Modeling and Model Representations for

       =20 Package/Board Interconnects and Power Delivery=20 Networks"

 

   SiSoft

     "Correlating IB= IS-AMI=20 Models"

 

   Mentor Graphics

     IBIS-AMI Modeli= ng=20 topic

 

   North Carolina State University

     Advancing s2ibi= 2=20 topic

 

   Others - TBD

        = ;=20

 

LIST OF NEARBY=20 HOTELS

 

   See <http://www.dac.com/= >=20 for travel directions, hotels and

   other information or use ot= her=20 search engines.

 

 

 

 

--=20
This message has been scanned for viruses and
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believed to be clean. - ------_=_NextPart_001_01C8C0DE.ECEA3F9A-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Tue, 3 Jun 2008 08:49:51 -0700 From: "Syed Huq (shuq)" Subject: [IBIS-Users] Agenda, IBIS Summit Meeting, June10th - DAC2008 This is a multi-part message in MIME format. - ------_=_NextPart_001_01C8C591.75F275D5 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable =20 - ------------------------------------------------------------------ =20 AGENDA, IBIS SUMMIT MEETING June 10, 2008 =20 Anaheim Marriott Hotel Anaheim, CA 92802 =20 Platinum Ballroom 8 (check signs at site) =20 - ------------------------------------------------------------------ =20 8:00 AM Refreshments & Sign In =20 8:30 AM Introductions - Welcome to Summit - Introductions - Opens for Issues, Discussion Topics =20 8:45 AM IBIS Chair's Report Michael Mirmak, Intel Corporation =20 9:00 AM Common Issues in Models Submitted to the IBIS Model Review Committee Lynne Green, Green Steak Programs =20 9:30 AM Case Study of Scheduled Single-Ended Driver Featuring [Test Data] Michael Mirmak, Intel Corporation =20 10:15 AM BREAK =20 10:30 AM An Overview of Electrical Modeling and Model Representations for Package/Board Interconnects and Power Delivery Networks Brad Brim and Sam Chitwood, Sigrity =20 11:00 AM Single Ended System Design and Power Delivery Vishram Pandit and Myoung Joon Choi, Intel Corporation =20 11:40 AM Election of Officers =20 12:00 PM LUNCH - Pre-registration required =20 1:00 PM Next generation IBIS Modeling=20=20=20 Paul Franzon, North Carolina State University=20 =20 1:30 PM Touchstone Topics Bob Ross, Teraspeed Consulting Group =20 2:00 PM Correlating IBIS-AMI Models Barry Katz, Walter Katz, Mike Steinberger, Todd Westerhoff Signal Integrity Software (SiSoft) =20 2:30 PM IBIS-AMI Modeling Arpad Muranyi, Mentor Graphics Corporation =20 3:00 PM BREAK =20 3:15 PM Opens/Discussion on Miscellaneous Topics or Ad Hoc Presentations =20 4:55 PM Concluding Items - Next Meeting - June 27, 2008 - Next Summits in Asia =20 5:00 PM End of IBIS Summit Meeting=20=20=20=20 =20=20=20=20 - ------------------------------------------------------------------------ =20 REGISTRATION =20 People involved in IBIS Model development, EDA tool development, and digital circuit design are invited to participate to the Summit meeting. If you plan to participate, please register with the information below: =20 Name: E-mail address: Company: Telephone: =20 Please send registrations to shuq@cisco.com. =20 - ------------------------------------------------------------------------ =20 =20 =20 =20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_001_01C8C591.75F275D5 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable
 

---------------------= - ---------------------------------------------

 

        = ;         =20 AGENDA, IBIS SUMMIT MEETING

        = ;            &n= bsp;   =20 June 10, 2008

 

        = ;            = =20 Anaheim Marriott Hotel

        = ;            &n= bsp; =20 Anaheim, CA=20 92802

 

        = ;            &n= bsp;=20 Platinum Ballroom 8

        = ;            = =20 (check signs at site)

 

---------------------= - ---------------------------------------------

 

8:00 AM     Refreshments &a= mp;=20 Sign In

 

8:30 AM    =20 Introductions

        = ;   =20 - Welcome to Summit

       =20     -= =20 Introductions

        = ;   =20 - Opens for Issues, Discussion Topics

 

8:45 AM     IBIS Chair's=20 Report

        = ;   =20 Michael Mirmak, Intel Corporation

 

9:00 AM     Common Issues i= n=20 Models Submitted to the IBIS Model

        = ;   =20 Review Committee

        = ;   =20 Lynne Green, Green Steak Programs

 

9:30 AM     Case Study of= =20 Scheduled Single-Ended Driver Featuring

        = ;   =20 [Test Data]

        = ;   =20 Michael Mirmak, Intel Corporation

 

10:15 AM    BREAK

 

10:30 AM    An Overview of Electr= ical=20 Modeling and Model

        = ;   =20 Representations for Package/Board Interconnects and

        = ;   =20 Power Delivery Networks

        = ;   =20 Brad Brim and Sam Chitwood, Sigrity

 

11:00 AM    Single Ended System D= esign=20 and Power Delivery

        = ;   =20 Vishram Pandit and Myoung Joon Choi, Intel=20 Corporation

 

11:40 AM    Election of=20 Officers

 

12:00 PM    LUNCH - Pre-registrat= ion=20 required

 

1:00 PM     Next generation= IBIS=20 Modeling  =20

        = ;   =20 Paul Franzon, Nort= h=20 Carolina State= =20 University=20

 

1:30 PM     Touchstone=20 Topics

        = ;   =20 Bob Ross, Teraspeed Consulting Group

 

2:00 PM     Correlating IBI= S-AMI=20 Models

        = ;   =20 Barry Katz, Walter Katz= , Mike=20 Steinberger, Todd Westerhoff

        = ;   =20 Signal Integrity Software (SiSoft)

 

2:30 PM     IBIS-AMI=20 Modeling

        = ;   =20 Arpad Muranyi, Mentor Graphics Corporation

 

3:00 PM    =20 BREAK

 

3:15 PM     Opens/Discussio= n on=20 Miscellaneous Topics or Ad Hoc

        = ;   =20 Presentations

 

4:55 PM     Concluding=20 Items

        = ;  =20 - Next Meeting - June 27, 2008

        = ;  =20 - Next Summits in Asia

 

5:00 PM     End of IBIS Summit Meeting   

   

---------------------= - ---------------------------------------------------

 

REGISTRATION

 

    People involved in IB= IS=20 Model development, EDA tool development,

    and digital circuit d= esign=20 are invited to participate to the

    Summit meeting. I= f you=20 plan to participate, please register with

    the information=20 below:

 

    Name:

    E-mail=20 address:

   =20 Company:

   =20 Telephone:

 

    Please send registrat= ions to=20 shuq@cisco.com.

 

---------------------= - ---------------------------------------------------

 

 

 
 

--=20
This message has been scanned for viruses and
dangerous content by MailScanner, and is
believed to be clean. - ------_=_NextPart_001_01C8C591.75F275D5-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Tue, 3 Jun 2008 08:55:00 -0700 From: "Syed Huq (shuq)" Subject: [IBIS-Users] Agenda, IBIS Summit Meeting, June10th - DAC2008 (UPDATED) This is a multi-part message in MIME format. - ------_=_NextPart_001_01C8C592.2E0BD6A5 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable - ------------------------------------------------------------------ =20 AGENDA, IBIS SUMMIT MEETING June 10, 2008 =20 Anaheim Marriott Hotel Anaheim, CA 92802 =20 Platinum Ballroom 8 (check signs at site) =20 - ------------------------------------------------------------------ =20 8:00 AM Refreshments & Sign In =20 8:30 AM Introductions - Welcome to Summit - Introductions - Opens for Issues, Discussion Topics =20 8:45 AM IBIS Chair's Report Michael Mirmak, Intel Corporation =20 9:00 AM Common Issues in Models Submitted to the IBIS Model Review Committee Lynne Green, Green Steak Programs =20 9:30 AM Case Study of Scheduled Single-Ended Driver Featuring [Test Data] Michael Mirmak, Intel Corporation =20 10:15 AM BREAK =20 10:30 AM Correlating IBIS-AMI Models Barry Katz, Walter Katz, Mike Steinberger, Todd Westerhoff Signal Integrity Software (SiSoft) =20 11:00 AM IBIS-AMI Modeling Arpad Muranyi, Mentor Graphics Corporation =20 11:30 AM Election of Officers =20 12:00 PM LUNCH - Pre-registration required =20 1:00 PM Power Integrity for Single Ended Systems Vishram Pandit and Myoung Joon Choi, Intel Corporation =20 1:45 PM An Overview of Electrical Modeling and Model Representations for Package/Board Interconnects and Power Delivery Networks Brad Brim and Sam Chitwood, Sigrity =20 2:15 PM Touchstone Topics Bob Ross, Teraspeed Consulting Group =20 2:45 PM BREAK =20 3:00 PM Next Generation IBIS Modeling=20=20=20 Paul Franzon, North Carolina State University=20 =20 3:30 PM Opens/Discussion on Miscellaneous Topics or Ad Hoc Presentations =20 4:55 PM Concluding Items - Next Meeting - June 27, 2008 - Next Summits in Asia =20 5:00 PM End of IBIS Summit Meeting=20=20=20=20 =20=20=20=20 - ------------------------------------------------------------------------ =20 REGISTRATION =20 People involved in IBIS Model development, EDA tool development, and digital circuit design are invited to participate to the Summit meeting. If you plan to participate, please register with the information below: =20 Name: E-mail address: Company: Telephone: =20 Please send registrations to shuq@cisco.com. =20 - ------------------------------------------------------------------------ =20 =20 =20 =20 =20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_001_01C8C592.2E0BD6A5 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

---------------------= - ---------------------------------------------

 

        = ;         =20 AGENDA, IBIS SUMMIT MEETING

        = ;            &n= bsp;   =20 June 10, 2008

 

        = ;            = =20 Anaheim Marriott Hotel

        = ;            &n= bsp; =20 Anaheim, CA=20 92802

 

        = ;            &n= bsp;=20 Platinum Ballroom 8

        = ;            = =20 (check signs at site)

 

---------------------= - ---------------------------------------------

 

8:00 AM     Refreshments &a= mp;=20 Sign In

 

8:30 AM    =20 Introductions

        = ;   =20 - Welcome to Summit

        = ;   =20 - Introductions

        = ;   =20 - Opens for Issues, Discussion Topics

 

8:45 AM     IBIS Chair's=20 Report

        = ;   =20 Michael Mirmak, Intel Corporation

 

9:00 AM     Common Issues i= n=20 Models Submitted to the IBIS Model

        = ;   =20 Review Committee

        = ;   =20 Lynne Green, Green Steak Programs

 

9:30 AM     Case Study of= =20 Scheduled Single-Ended Driver Featuring

        = ;   =20 [Test Data]

        = ;   =20 Michael Mirmak, Intel Corporation

 

10:15 AM    BREAK

 

10:30 AM    Correlating IBIS-AMI= =20 Models

        = ;   =20 Barry Katz, Walter Katz= , Mike=20 Steinberger, Todd Westerhoff

        = ;   =20 Signal Integrity Software (SiSoft)

 

11:00 AM    IBIS-AMI=20 Modeling

        = ;   =20 Arpad Muranyi, Mentor Graphics Corporation

 

11:30 AM    Election of=20 Officers

 

12:00 PM    LUNCH - Pre-registrat= ion=20 required

 

1:00 PM     Power Integrity= for=20 Single Ended Systems

        = ;   =20 Vishram Pandit and Myoung Joon Choi, Intel=20 Corporation

 

1:45 PM     An Overview of= =20 Electrical Modeling and Model

        = ;   =20 Representations for Package/Board Interconnects and

        = ;   =20 Power Delivery Networks

        = ;   =20 Brad Brim and Sam Chitwood, Sigrity

 

2:15 PM     Touchstone=20 Topics

        = ;   =20 Bob Ross, Teraspeed Consulting Group

 

2:45 PM    =20 BREAK

 

3:00 PM     Next Generation= IBIS=20 Modeling  =20

        = ;   =20 Paul Franzon, Nort= h=20 Carolina State= =20 University=20

 

3:30 PM     Opens/Discussio= n on=20 Miscellaneous Topics or Ad Hoc

        = ;   =20 Presentations

 

4:55 PM     Concluding=20 Items

        = ;  =20 - Next Meeting - June 27, 2008

        = ;  =20 - Next Summits in Asia

 

5:00 PM     End of IBIS Summit Meeting   

   

---------------------= - ---------------------------------------------------

 

REGISTRATION

 

    People involved in IB= IS=20 Model development, EDA tool development,

    and digital circuit d= esign=20 are invited to participate to the

    Summit meeting. I= f you=20 plan to participate, please register with

    the information=20 below:

 

    Name:

    E-mail=20 address:

   =20 Company:

   =20 Telephone:

 

    Please send registrat= ions to=20 shuq@cisco.com.

 

---------------------= - ---------------------------------------------------

 

 

 
 
 

--=20
This message has been scanned for viruses and
dangerous content by MailScanner, and is
believed to be clean. - ------_=_NextPart_001_01C8C592.2E0BD6A5-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Mon, 23 Jun 2008 16:51:40 +0530 From: Amit KUMAR Subject: [IBIS-Users] Problem in IBIS development This is a multi-part message in MIME format. - ------=_NextPart_000_01B7_01C8D551.692AD0A0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable Hello Experts, I am developing IBIS model for a cell which is NMOS open drain type. I have configured it as an output ibis model as the pullup resitor and pull= up voltage values are fixed. The problem is that the spice curve is not smooth and there seems to be sud= den change in voltage around 1.4 Volts. The ibis simulator is not able to replicate this behaviour. The comparison between spice and ibis with load=3D30pf is attached with thi= s mail with the name spicevsibis. I have tried a lot but this behaviour of spice is not reproduced by ibis. I am attaching the ibis file I have developed with this mail. Kindly tell me what can be done to improve the performance of this ibis fil= e. Thanks and Regards Amit - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------=_NextPart_000_01B7_01C8D551.692AD0A0 Content-Type: application/octet-stream; name="spicevsibis" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="spicevsibis" R0lGODdhhQNVAvcAAAAAAAD/AGNjY2ZmZmZmmYCAgI6OjpmZmZmZzMzMzMzM /+jo6PSkYP//AP///4AAAAC+AAX3AARgAAEAAL6+FfL24NiAAAG+FYf24NiE AAACyQATAAAUAC4AyQAXAAASAACQyAAQEwC8FCMAAAAAFQAA3AAAXgAAzwAA 6P8A/r4A7/IAgLQAXAkEAgAXFQCq3gAo4wCqAAQoAAD+AADrAABAACUAAQAC AAFMARMAAPwA/wAEAAT//4C+vgDx8BDo8BPuA/zMpAD0aBUXANGSAOgIARUA AIwAAIAEAgQAABICAgCAAAci/hAA3DAAwABGshAXADGyANgYAAD//wC+vgDy 8HwI+AABEAF+JSNkmAH8AAMAAAAU/2sACAATFQD83lAA4AADFQCV4BgFAAAA /wAAvgAA9wAAYAQjAE4jAADvAAVcABQXABWSACAIAQAE/gCA7wACgAQ3XP8A AL4XAPOqAHAocwAABAMAgK8AADAJcehMAAAC9ARMDL6+APPyAEhIAP4AAO4B XsyJzvS0sP8E/76AvvMA8VBxWAAAAQAAKwRsINwAvsAA8bI4WBUAAdEAIegA 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3uVtwNo1jOeF3vRS3uq93Jw9Xex1veZFCerl3uC63vB1sfElX+P13pMwgIAA ADs= - ------=_NextPart_000_01B7_01C8D551.692AD0A0 Content-Type: application/octet-stream; name="amit.ibs" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="amit.ibs" [IBIS Ver] 4.0=0A= [File Name] amit.ibs=0A= [File Rev] 1.0=0A= [Date] 18-Jun-2008=0A= [Source] STMicroelectronics NV - CR&D I/O Team=0A= [Notes] These models have been made by simulation and qualified=0A= on Interconnectix with recomandation of QualityIBIS flow.=0A= This file contains library of IBIS buffers models and is not= =0A= an IBIS model of an ASIC. The connectivity and package are dum= my.=0A= (Generated with 4.30 (Mar 31 2008 10:00:39))=0A= [Disclaimer] These IBIS models are the proprietary information of=0A= STMicroelectronics and are disclosed to users solely for=0A= modeling and simulation purposes. No further license is=0A= implied. All warranties express, implied, or statutory,=0A= including any implied warranty of fitness for a particular=0A= purpose or implied warranty against infringement, are=0A= hereby disclaimed. STMicroelectronics reserves the right=0A= to change the IBIS models at any time and without notice.=0A= [Copyright] (c) 1997-2005 STMicroelectronics FTM=0A= All rights reserved. Reproduction in whole or part is prohibit= ed=0A= without the written consent of the copyright holder.=0A= [Component] DummyChip_CPCAP=0A= [Manufacturer] STMicroelectronics NV=0A= |=0A= [Package]=0A= | variable typ min max=0A= R_pkg 0.000mOhm 0.000mOhm 0.000mOhm=0A= L_pkg 0.000nH 0.000nH 0.000nH=0A= C_pkg 0.000pF 0.000pF 0.000pF=0A= |=0A= [Pin] signal_name model_name=0A= IO IO ONEW10K_L_1WM=0A= |=0A= |=0A= | **********************************************************************=0A= [Model] ONEW10K_L_1WM=0A= Model_type Output=0A= Polarity Non-Inverting=0A= Enable Active-Low=0A= | CAP_THRESHOLD on pad IO is "CMOS" :=20=0A= | Rising=3D10.0% of VPLUSVCHI Falling=3D90.0% of VPLUSVCHI=0A= | C_comp min and max val. don't necessarily correlate with the min and max = pvt=0A= | but are the smallest and greatest pad capacitance found.=0A= | var typ min max=0A= C_comp 0F 0F 0F=0A= | Vmeas is VPLUSVCHI/2 at condition 'nom_1.80V_25C'=0A= Vmeas =3D 1.3875V | Reference voltage for timing measurements=0A= | Cref is : AVERAGE (CENTER_CLOAD of pvt 'nom_1.80V_25C') of=0A= | following values : (30.0)=0A= Cref =3D 30.0pF | Timing specification test load capacitance value=0A= Rref =3D 1.0MOhm | Timing specification test load resistance value=0A= Vref =3D 1.3875V | Timing specification test load voltage=0A= | variable typ min max=0A= [Temperature Range] 25.0 125.0 -40.0=0A= | variable typ min max=0A= [Voltage Range] 2.775V 2.69V 2.86V=0A= | variable typ min max=0A= [Pullup Reference] 2.775V 2.69V 2.86V=0A= | variable typ min max=0A= [Pulldown Reference] 0V 0V 0V=0A= [Pullup]=0A= -2.77V 1.85548A 3.042A 1.4661mA=0A= -2.76V 1.83848A 3.025A 1.148mA=0A= -2.75V 1.82148A 3.008A 959.48uA=0A= -2.74V 1.80448A 2.991A 847.32uA=0A= -1.85V 291.481mA 1.478A 469.03uA=0A= -1.7V 36.481mA 1.223A 431.89uA=0A= -1.69V 24.285mA 1.206A 429.41uA=0A= -1.68V 16.207mA 1.189A 426.93uA=0A= -1.67V 10.856mA 1.172A 424.46uA=0A= -1.66V 7.3107mA 1.155A 421.98uA=0A= -1.65V 4.9618mA 1.138A 419.5uA=0A= -1.64V 3.405mA 1.121A 417.03uA=0A= -1.63V 2.373mA 1.104A 414.55uA=0A= -1.62V 1.6885mA 1.087A 412.08uA=0A= -1.61V 1.2342mA 1.07A 409.6uA=0A= -1.6V 932.49uA 1.053A 407.12uA=0A= -1.59V 731.85uA 1.036A 404.65uA=0A= -1.58V 598.17uA 1.019A 402.17uA=0A= -1.01V 220.66uA 50.003mA 261.12uA=0A= -1.0V 218.58uA 36.827mA 258.64uA=0A= -990.0mV 216.5uA 27.136mA 256.17uA=0A= -980.0mV 214.42uA 20.008mA 253.7uA=0A= -970.0mV 212.34uA 14.764mA 251.22uA=0A= -960.0mV 210.25uA 10.907mA 248.75uA=0A= -950.0mV 208.17uA 8.0697mA 246.28uA=0A= -940.0mV 206.09uA 5.9819mA 243.8uA=0A= -930.0mV 204.01uA 4.4455mA 241.33uA=0A= -920.0mV 201.93uA 3.3148mA 238.86uA=0A= -910.0mV 199.85uA 2.4825mA 236.38uA=0A= -900.0mV 197.77uA 1.8697mA 233.91uA=0A= -890.0mV 195.69uA 1.4184mA 231.44uA=0A= -880.0mV 193.61uA 1.0858mA 228.97uA=0A= -870.0mV 191.53uA 840.67uA 226.49uA=0A= -860.0mV 189.45uA 659.8uA 224.02uA=0A= -850.0mV 187.37uA 526.24uA 221.55uA=0A= 0V 10.858uA 10.362uA 11.538uA=0A= 930.0mV -1.0968mA -996.55uA -1.2998mA=0A= 1.85V -4.0021mA -3.0695mA -6.0534mA=0A= 1.87V -4.1167mA -3.2273mA -6.4674mA=0A= 1.88V -4.1883mA -3.3211mA -6.7244mA=0A= 1.89V -4.2718mA -3.4259mA -7.0177mA=0A= 1.9V -4.3689mA -3.5424mA -7.3488mA=0A= 1.91V -4.4813mA -3.6712mA -7.7187mA=0A= 1.92V -4.611mA -3.813mA -8.1277mA=0A= 1.93V -4.7596mA -3.9684mA -8.5757mA=0A= 1.94V -4.9288mA -4.1376mA -9.0622mA=0A= 1.95V -5.1198mA -4.3211mA -9.5864mA=0A= 1.96V -5.3339mA -4.5191mA -10.147mA=0A= 1.97V -5.572mA -4.7317mA -10.744mA=0A= 1.99V -6.1228mA -5.2011mA -12.038mA=0A= 2.05V -8.3776mA -6.9577mA -16.645mA=0A= 2.13V -12.669mA -10.053mA -24.153mA=0A= 2.15V -13.94mA -10.948mA -26.228mA=0A= 2.78V -77.36mA -56.293mA -110.58mA=0A= 3.3V -140.37mA -104.04mA -185.67mA=0A= 3.31V -141.55mA -105.13mA -187.04mA=0A= 3.32V -142.74mA -106.27mA -188.41mA=0A= 3.33V -143.93mA -107.49mA -189.78mA=0A= 3.34V -145.11mA -108.8mA -191.15mA=0A= 3.35V -146.3mA -110.24mA -192.52mA=0A= 3.36V -147.48mA -111.86mA -193.88mA=0A= 3.37V -148.67mA -113.71mA -195.24mA=0A= 3.38V -149.86mA -115.87mA -196.6mA=0A= 3.39V -151.05mA -118.44mA -197.96mA=0A= 3.4V -152.24mA -121.55mA -199.31mA=0A= 3.41V -153.43mA -125.39mA -200.66mA=0A= 3.42V -154.62mA -130.19mA -202.02mA=0A= 3.43V -155.82mA -136.24mA -203.37mA=0A= 3.44V -157.03mA -143.92mA -204.71mA=0A= 3.45V -158.24mA -153.73mA -206.06mA=0A= 3.46V -159.47mA -166.25mA -207.41mA=0A= 3.47V -160.71mA -182.21mA -208.76mA=0A= 3.48V -161.97mA -199.21mA -210.11mA=0A= 3.49V -163.27mA -216.21mA -211.45mA=0A= 3.5V -164.61mA -233.21mA -212.8mA=0A= 3.51V -166.03mA -250.21mA -214.15mA=0A= 3.52V -167.55mA -267.21mA -215.51mA=0A= 3.53V -169.23mA -284.21mA -216.86mA=0A= 3.54V -171.14mA -301.21mA -218.21mA=0A= 3.55V -173.39mA -318.21mA -219.57mA=0A= 3.56V -176.14mA -335.21mA -220.93mA=0A= 3.57V -179.64mA -352.21mA -222.3mA=0A= 3.58V -184.23mA -369.21mA -223.66mA=0A= 3.59V -190.41mA -386.21mA -225.04mA=0A= 3.6V -198.9mA -403.21mA -226.42mA=0A= 3.61V -210.71mA -420.21mA -227.81mA=0A= 3.62V -227.23mA -437.21mA -229.23mA=0A= 3.63V -244.23mA -454.21mA -230.68mA=0A= 3.64V -261.23mA -471.21mA -232.17mA=0A= 3.65V -278.23mA -488.21mA -233.76mA=0A= 3.66V -295.23mA -505.21mA -235.48mA=0A= 3.67V -312.23mA -522.21mA -237.44mA=0A= 3.68V -329.23mA -539.21mA -239.79mA=0A= 3.69V -346.23mA -556.21mA -242.79mA=0A= 3.7V -363.23mA -573.21mA -246.86mA=0A= 3.71V -380.23mA -590.21mA -252.71mA=0A= 3.72V -397.23mA -607.21mA -261.49mA=0A= 3.73V -414.23mA -624.21mA -275.05mA=0A= 4.63V -1.94423A -2.15421A -1.80505A=0A= 5.55V -3.50823A -3.71821A -3.36905A=0A= [Pulldown]=0A= -2.77V -3.48199A -3.53866A -3.48133A=0A= -1.85V -1.91799A -1.97466A -1.91733A=0A= -930.0mV -353.99mA -410.66mA -353.33mA=0A= -870.0mV -251.99mA -308.66mA -251.33mA=0A= -860.0mV -234.99mA -291.66mA -237.18mA=0A= -850.0mV -217.99mA -274.66mA -227.87mA=0A= -840.0mV -200.99mA -257.66mA -221.52mA=0A= -830.0mV -183.99mA -240.66mA -216.98mA=0A= -820.0mV -171.43mA -223.66mA -213.52mA=0A= -810.0mV -162.25mA -206.66mA -210.7mA=0A= -800.0mV -155.44mA -189.66mA -208.26mA=0A= -790.0mV -150.27mA -172.66mA -206.04mA=0A= -780.0mV -146.2mA -155.66mA -203.95mA=0A= -770.0mV -142.89mA -138.94mA -201.92mA=0A= -760.0mV -140.1mA -125.75mA -199.92mA=0A= -750.0mV -137.65mA -115.35mA -197.93mA=0A= -740.0mV -135.42mA -107.13mA -195.94mA=0A= -730.0mV -133.36mA -100.6mA -193.93mA=0A= -720.0mV -131.39mA -95.379mA -191.91mA=0A= -710.0mV -129.49mA -91.144mA -189.86mA=0A= -700.0mV -127.63mA -87.66mA -187.8mA=0A= -690.0mV -125.8mA -84.744mA -185.7mA=0A= -680.0mV -123.98mA -82.256mA -183.59mA=0A= -670.0mV -122.18mA -80.09mA -181.44mA=0A= -660.0mV -120.38mA -78.166mA -179.27mA=0A= -650.0mV -118.59mA -76.423mA -177.07mA=0A= -640.0mV -116.79mA -74.817mA -174.84mA=0A= -630.0mV -115.0mA -73.312mA -172.58mA=0A= -620.0mV -113.2mA -71.884mA -170.29mA=0A= -610.0mV -111.41mA -70.514mA -167.98mA=0A= 0V -557.23uA -447.56uA -687.46uA=0A= 10.0mV 1.1894mA 571.75uA 2.2432mA=0A= 20.0mV 2.9114mA 1.5776mA 5.1321mA=0A= 30.0mV 4.6091mA 2.5701mA 7.9794mA=0A= 40.0mV 6.2824mA 3.5492mA 10.785mA=0A= 50.0mV 7.9315mA 4.5149mA 13.55mA=0A= 60.0mV 9.5565mA 5.4673mA 16.274mA=0A= 70.0mV 11.157mA 6.4065mA 18.958mA=0A= 80.0mV 12.734mA 7.3324mA 21.601mA=0A= 90.0mV 14.287mA 8.2451mA 24.204mA=0A= 100.0mV 15.817mA 9.1445mA 26.768mA=0A= 120.0mV 18.804mA 10.904mA 31.776mA=0A= 160.0mV 24.498mA 14.266mA 41.324mA=0A= 210.0mV 31.096mA 18.177mA 52.398mA=0A= 350.0mV 46.576mA 27.434mA 78.461mA=0A= 370.0mV 48.435mA 28.556mA 81.585mA=0A= 380.0mV 49.332mA 29.099mA 83.088mA=0A= 390.0mV 50.207mA 29.629mA 84.55mA=0A= 400.0mV 51.06mA 30.147mA 85.97mA=0A= 410.0mV 51.891mA 30.653mA 87.347mA=0A= 420.0mV 52.7mA 31.147mA 88.68mA=0A= 430.0mV 53.488mA 31.629mA 89.967mA=0A= 440.0mV 54.253mA 32.098mA 91.207mA=0A= 450.0mV 54.996mA 32.555mA 92.398mA=0A= 460.0mV 55.716mA 33.001mA 93.54mA=0A= 470.0mV 56.414mA 33.434mA 94.631mA=0A= 480.0mV 57.089mA 33.856mA 95.67mA=0A= 490.0mV 57.741mA 34.266mA 96.659mA=0A= 500.0mV 58.369mA 34.664mA 97.596mA=0A= 510.0mV 58.975mA 35.05mA 98.483mA=0A= 520.0mV 59.557mA 35.424mA 99.321mA=0A= 540.0mV 60.651mA 36.139mA 100.86mA=0A= 550.0mV 61.163mA 36.479mA 101.56mA=0A= 560.0mV 61.652mA 36.808mA 102.22mA=0A= 570.0mV 62.12mA 37.125mA 102.84mA=0A= 690.0mV 66.269mA 40.137mA 108.06mA=0A= 930.0mV 70.223mA 43.288mA 112.76mA=0A= 1.85V 74.782mA 47.038mA 118.17mA=0A= 2.78V 76.726mA 48.555mA 120.6mA=0A= 3.55V 77.993mA 49.986mA 122.26mA=0A= 3.56V 78.01mA 50.177mA 122.28mA=0A= 3.57V 78.027mA 50.432mA 122.3mA=0A= 3.58V 78.044mA 50.775mA 122.33mA=0A= 3.59V 78.061mA 51.236mA 122.35mA=0A= 3.6V 78.078mA 51.859mA 122.37mA=0A= 3.61V 78.095mA 52.702mA 122.4mA=0A= 3.62V 78.112mA 53.843mA 122.42mA=0A= 3.63V 78.129mA 55.389mA 122.44mA=0A= 3.64V 78.147mA 57.487mA 122.47mA=0A= 3.65V 78.164mA 60.335mA 122.49mA=0A= 3.66V 78.181mA 64.203mA 122.51mA=0A= 3.67V 78.199mA 69.456mA 122.54mA=0A= 3.68V 78.217mA 76.595mA 122.56mA=0A= 3.69V 78.234mA 86.296mA 122.59mA=0A= 3.7V 78.252mA 99.483mA 122.61mA=0A= 4.36V 80.127mA 1.22148A 125.04mA=0A= 4.37V 80.294mA 1.23848A 125.09mA=0A= 4.38V 80.529mA 1.25548A 125.15mA=0A= 4.39V 80.865mA 1.27248A 125.21mA=0A= 4.4V 81.355mA 1.28948A 125.27mA=0A= 4.41V 82.075mA 1.30648A 125.33mA=0A= 4.42V 83.144mA 1.32348A 125.39mA=0A= 4.43V 84.737mA 1.34048A 125.45mA=0A= 4.44V 87.124mA 1.35748A 125.51mA=0A= 4.45V 90.707mA 1.37448A 125.58mA=0A= 4.46V 96.097mA 1.39148A 125.64mA=0A= 4.47V 104.21mA 1.40848A 125.71mA=0A= 4.48V 116.45mA 1.42548A 125.78mA=0A= 4.63V 371.45mA 1.68048A 126.92mA=0A= 5.55V 1.93545A 3.24448A 143.73mA=0A= [Ramp]=0A= dV/dt_r 387.11649mV/93.62792ps 323.95429mV/90.02504ps 489.11606mV/107.86362= ps=0A= dV/dt_f 1.44151V/1.94578ns 1.19442V/3.84294ns 1.58676V/815.35807ps=0A= R_load =3D 50.0=0A= |=0A= | Removed startup time: (0.0 0.0 0.0).=0A= | Removed end time: 3.989e-8.=0A= [Rising Waveform]=0A= R_fixture =3D 50.0=0A= V_fixture =3D 2.775V=0A= V_fixture_min =3D 2.69V=0A= V_fixture_max =3D 2.86V=0A= 0fs 366.98647293541mV 686.558134011882mV 212.600541437608mV=0A= 1.00000000001106ps 369.277611249166mV 687.867701324524mV 215.936072857125mV= =0A= 2.00000000000889ps 372.151622137842mV 689.477628040005mV 220.234478680694mV= =0A= 3.00000000001002ps 375.719848646892mV 691.448765762925mV 225.644110645892mV= =0A= 4.00000000001115ps 379.93772144628mV 693.769955619792mV 232.033029207051mV= =0A= 5.0000000000189ps 384.829837277027mV 696.468515729277mV 239.296120823926mV= =0A= 6.00000000002004ps 390.182025358834mV 699.474762055094mV 247.1377583221mV= =0A= 7.00000000002117ps 396.10288576994mV 702.826435957037mV 255.517150284152mV= =0A= 8.000000000019ps 402.423559929606mV 706.513754818537mV 264.517624850653mV= =0A= 9.00000000002013ps 409.051741082893mV 710.492916216257mV 273.810368259023mV= =0A= 10.0000000000213ps 416.174239040561mV 714.557301740453mV 283.42961703447mV= =0A= 11.0000000000191ps 423.43610255756mV 719.118900387258mV 293.4275201557mV=0A= 12.0000000000202ps 431.210248189355mV 723.680499034063mV 303.524375348874mV= =0A= 13.0000000000313ps 439.040266542927mV 728.62064014629mV 314.010269892946mV= =0A= 14.0000000000291ps 447.329982481318mV 733.723519741453mV 324.497799835304mV= =0A= 15.0000000000302ps 455.668368817655mV 738.912062846912mV 335.303533430424mV= =0A= 16.0000000000314ps 464.350651672761mV 744.518845627848mV 346.109267025544mV= =0A= 17.0000000000292ps 473.141928797039mV 750.125628408784mV 357.086212728461mV= =0A= 18.0000000000303ps 482.106696135552mV 755.983929708092mV 368.128590183215mV= =0A= 19.0000000000414ps 491.29881435447mV 762.060029127558mV 379.233188271327mV= =0A= 20.0000000000392ps 500.490932573389mV 768.136128547024mV 390.449301464867mV= =0A= 21.0000000000404ps 509.986209624486mV 774.549547079569mV 401.665414658407mV= =0A= 22.0000000000415ps 519.522267237418mV 781.062355693068mV 412.994674869405mV= =0A= 23.0000000000393ps 529.09404100027mV 787.575164306567mV 424.337794286448mV= =0A= 24.0000000000404ps 538.909784625113mV 794.430058612113mV 435.708730008144mV= =0A= 25.0000000000416ps 548.725528249956mV 801.344318280776mV 447.144107071852mV= =0A= 26.0000000000394ps 558.607960562025mV 808.25857794944mV 458.57948413556mV= =0A= 27.0000000000405ps 568.64995268025mV 815.460445033989mV 470.052634155966mV= =0A= 28.0000000000516ps 578.691944798476mV 822.744310350858mV 481.554432089731mV= =0A= 29.0000000000494ps 588.800083614362mV 830.028175667727mV 493.056230023496mV= =0A= 30.0000000000506ps 599.024223158871mV 837.481414214063mV 504.589557272227mV= =0A= 31.0000000000484ps 609.24836270338mV 845.103221223202mV 516.138521427185mV= =0A= 32.0000000000495ps 619.517797209901mV 852.725028232342mV 527.687485582143mV= =0A= 33.0000000000507ps 629.887621909849mV 860.346835241481mV 539.25515158841mV= =0A= 34.0000000000485ps 640.257446609797mV 868.270954587104mV 550.836751171586mV= =0A= 35.0000000000496ps 650.640306701044mV 876.198931507391mV 562.418350754761mV= =0A= 36.0000000000507ps 661.125644878769mV 884.126908427678mV 574.005266176786mV= =0A= 37.0000000000585ps 671.610983056495mV 892.108324381595mV 585.608193485123mV= =0A= 38.0000000000596ps 682.096321234221mV 900.310660293974mV 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=0A= 51.0000000000711ps 820.466095244986mV 1.01061131814051V 748.256145222814mV= =0A= 52.0000000000689ps 831.188714641925mV 1.01940368474063V 759.880791213383mV= =0A= 53.00000000008ps 841.911334038864mV 1.02819605134076V 771.504256477987mV=0A= 54.0000000000811ps 852.633953435803mV 1.03698841794089V 783.126981802872mV= =0A= 55.0000000000789ps 863.356572832742mV 1.04582953425448V 794.749707127757mV= =0A= 56.00000000008ps 874.08168022862mV 1.05474905195096V 806.372432452643mV=0A= 57.0000000000812ps 884.809879672279mV 1.06366856964744V 817.995157777528mV= =0A= 58.000000000079ps 895.538079115938mV 1.07258808734392V 829.610297130603mV= =0A= 59.0000000000801ps 906.266278559597mV 1.0815076050404V 841.220815750201mV= =0A= 60.0000000000813ps 916.994478003255mV 1.09045273560667V 852.831334369798mV= =0A= 61.000000000089ps 927.722677446914mV 1.09946784415367V 864.441852989396mV= =0A= 62.0000000000902ps 938.434641033316mV 1.10848295270068V 876.052371608993mV= =0A= 63.0000000000913ps 949.146596554933mV 1.11749806124768V 887.649046630976mV= =0A= 64.0000000000891ps 959.85855207655mV 1.12651316979469V 899.232367567668mV= =0A= 65.0000000000902ps 970.570507598168mV 1.13552827834169V 910.81568850436mV= =0A= 66.0000000000914ps 981.282463119785mV 1.14459170230587V 922.399009441052mV= =0A= 67.0000000000892ps 991.987014517202mV 1.15367085112274V 933.982330377744mV= =0A= 68.0000000000903ps 1.00268178502355V 1.1627499999396V 945.557237693386mV=0A= 69.0000000001014ps 1.0133765555299V 1.17182914875647V 957.108878551506mV=0A= 70.0000000000992ps 1.02407132603625V 1.18090829757333V 968.660519409626mV= =0A= 71.0000000001004ps 1.03474902704458V 1.1899874463902V 980.212160267746mV=0A= 72.0000000001015ps 1.04541070864107V 1.19909016009778V 991.763801125865mV= =0A= 73.0000000000993ps 1.05607239023757V 1.20820129146309V 1.00330499162591V=0A= 74.0000000001005ps 1.06673407183406V 1.2173124228284V 1.0148385103325V=0A= 75.0000000001016ps 1.07739075494169V 1.22642355419371V 1.02637202903908V=0A= 76.0000000000994ps 1.08803169477762V 1.23553468555902V 1.03788347484812V=0A= 77.0000000001005ps 1.09867263461355V 1.24464581692433V 1.04938846860155V=0A= 78.0000000001116ps 1.10930370469037V 1.25375791806055V 1.06089346235498V=0A= 79.0000000001094ps 1.11991735449276V 1.26287239105489V 1.07239076032536V=0A= 80.0000000001106ps 1.13053100429515V 1.27198686404923V 1.08388283669642V=0A= 81.0000000001084ps 1.14113665900372V 1.28110133704358V 1.09536758082963V=0A= 82.0000000001095ps 1.15173495286617V 1.29021581003792V 1.10684583619098V=0A= 83.0000000001107ps 1.16231967201326V 1.29933028303226V 1.11831406656618V=0A= 84.0000000001085ps 1.17289918248759V 1.3084447560266V 1.12977313483795V=0A= 85.0000000001096ps 1.18346020710799V 1.31754382169452V 1.14122508397138V=0A= 86.0000000001108ps 1.19401546947365V 1.32663657924397V 1.15266982638092V=0A= 87.0000000001185ps 1.20455776612942V 1.33572933679342V 1.16410509512543V=0A= 88.0000000001196ps 1.21508825758281V 1.34482209434288V 1.17553255235163V=0A= 89.0000000001208ps 1.22561203237015V 1.35391485189233V 1.1869531409245V=0A= 90.0000000001186ps 1.23611761578479V 1.36300760944178V 1.19836686208433V=0A= 91.0000000001197ps 1.24661604064463V 1.37210036699124V 1.2097726932777V=0A= 92.0000000001209ps 1.25710331235122V 1.38115199964376V 1.22117015125159V=0A= 93.0000000001286ps 1.26757608685832V 1.39020258918158V 1.23256090571272V=0A= 94.0000000001297ps 1.27804132529128V 1.39925317871941V 1.24394497867903V=0A= 95.0000000001309ps 1.28849173139493V 1.40830376825723V 1.25532241050348V=0A= 96.0000000001287ps 1.29893064872366V 1.41735435779505V 1.26669112962726V=0A= 97.0000000001298ps 1.30936169175272V 1.42640494733288V 1.27805282226154V=0A= 98.000000000131ps 1.31977438565585V 1.43545141379867V 1.28940790568699V=0A= 99.0000000001288ps 1.33017901108827V 1.44448871569874V 1.30075654413425V=0A= 100.00000000013ps 1.34057403550635V 1.4535260175988V 1.31209832676881V=0A= 101.000000000131ps 1.34852322469886V 1.46120825342213V 1.32005455115503V=0A= 102.000000000139ps 1.35622294602488V 1.46859809262676V 1.32721671508498V=0A= 103.00000000014ps 1.36334822424736V 1.47572770573864V 1.33331078436891V=0A= 104.000000000141ps 1.36990556559942V 1.48245399279697V 1.33856046313477V=0A= 105.000000000139ps 1.37603188730028V 1.48911325454013V 1.3431595865513V=0A= 106.00000000014ps 1.38163415743238V 1.49548126878418V 1.34720347055783V=0A= 107.000000000141ps 1.38697293995111V 1.50164279620372V 1.35057986331465V=0A= 108.000000000139ps 1.39193212266889V 1.50780432362325V 1.3535989706568V=0A= 109.00000000014ps 1.39652803336461V 1.51331005204511V 1.35632084301299V=0A= 110.000000000151ps 1.40095242839398V 1.51868803465876V 1.35863114568014V=0A= 111.000000000149ps 1.40494835908922V 1.5240660172724V 1.36069595429812V=0A= 112.00000000015ps 1.40880132081428V 1.52944399988604V 1.36259285231291V=0A= 113.000000000151ps 1.41237749930415V 1.53482198249969V 1.36417264553387V=0A= 114.000000000149ps 1.41575173470943V 1.5398766295587V 1.3657109244588V=0A= 115.00000000015ps 1.418942443064V 1.5446741795813V 1.36695346064752V=0A= 116.000000000151ps 1.4219226077453V 1.54947172960389V 1.36819599683624V=0A= 117.000000000149ps 1.42475726159153V 1.55426927962648V 1.36922726170814V=0A= 118.00000000015ps 1.42742411906541V 1.55906682964907V 1.37022343342235V=0A= 119.000000000161ps 1.4299270414277V 1.56339575466385V 1.37114214997513V=0A= 120.000000000159ps 1.43236464935457V 1.56756773644223V 1.37195835742824V=0A= 121.00000000016ps 1.43455393598304V 1.5717397182206V 1.37277416777006V=0A= 122.000000000161ps 1.4367432226115V 1.57591169999898V 1.37345729166355V=0A= 123.000000000159ps 1.43876478651211V 1.58008368177736V 1.37414041555704V=0A= 124.00000000016ps 1.44067142619196V 1.58425566355573V 1.37476819922206V=0A= 125.000000000162ps 1.44257806587182V 1.58827102896073V 1.37535125278153V=0A= 126.000000000159ps 1.44431618310464V 1.59187847172209V 1.37592960636119V=0A= 127.000000000161ps 1.44598685595685V 1.59548591448344V 1.37643717945323V=0A= 128.000000000172ps 1.44765752880905V 1.59909335724479V 1.37694475254526V=0A= 129.000000000169ps 1.44917561330451V 1.60270080000615V 1.37742296007683V=0A= 130.000000000171ps 1.45064890327905V 1.6063082427675V 1.37787357549483V=0A= 131.000000000168ps 1.45212219325359V 1.60991568552885V 1.37832419091282V=0A= 132.00000000017ps 1.45347141340533V 1.61352312829021V 1.37873624678876V=0A= 133.000000000171ps 1.45478154022274V 1.61679780792283V 1.37914431797093V=0A= 134.000000000178ps 1.45609166704015V 1.61993811450172V 1.3795449882759V=0A= 135.00000000018ps 1.45730688706832V 1.62307842108061V 1.37992186864227V=0A= 136.000000000181ps 1.45848267344963V 1.6262187276595V 1.38029874900865V=0A= 137.000000000179ps 1.45965845983095V 1.6293590342384V 1.38066418414719V=0A= 138.00000000018ps 1.46076682723305V 1.63249934081729V 1.38101873055693V=0A= 139.000000000181ps 1.46183258893582V 1.63563964739618V 1.38137327696666V=0A= 140.000000000179ps 1.46289835063859V 1.63877995397507V 1.38171652964932V=0A= 141.00000000018ps 1.4639210920997V 1.64169400801253V 1.38205561322397V=0A= 142.000000000181ps 1.46489714829061V 1.64444760423835V 1.38239469679863V=0A= 143.000000000189ps 1.46587320448152V 1.64720120046417V 1.38272491458525V=0A= 144.00000000019ps 1.46682740213745V 1.64995479668999V 1.38305396206358V=0A= 145.000000000191ps 1.46773069500047V 1.65270839291581V 1.38338300954191V=0A= 146.000000000189ps 1.46863398786349V 1.65546198914163V 1.38370681691639V=0A= 147.00000000019ps 1.46953360960276V 1.65821558536745V 1.38403038918292V=0A= 148.000000000191ps 1.47037843978219V 1.66096918159327V 1.38435396144945V=0A= 149.000000000189ps 1.47122326996162V 1.66372277781909V 1.38467653928534V=0A= 150.00000000019ps 1.47206810014105V 1.66617665743064V 1.38499903680946V=0A= 151.000000000191ps 1.47287837619407V 1.66857416028281V 1.38532153433358V=0A= 152.000000000199ps 1.47367697254776V 1.67097166313497V 1.38564706695861V=0A= 153.0000000002ps 1.47447556890145V 1.67336916598714V 1.38597368491599V=0A= 154.000000000201ps 1.47526271491542V 1.67576666883931V 1.38630030287338V=0A= 155.000000000199ps 1.47602578408192V 1.67816417169148V 1.38662885048951V=0A= 156.0000000002ps 1.47678885324843V 1.68056167454364V 1.38696266216545V=0A= 158.000000000199ps 1.47829725047786V 1.68535668024798V 1.38763781195528V=0A= 159.0000000002ps 1.47903593241516V 1.68775418310015V 1.38798006005335V=0A= 160.000000000211ps 1.47977461435246V 1.6901406721733V 1.38832661489678V=0A= 161.000000000209ps 1.48051316247422V 1.6922395183947V 1.38867835343881V=0A= 162.00000000021ps 1.48124114546756V 1.69433836461609V 1.38903188080085V=0A= 163.000000000211ps 1.48196912846089V 1.69643721083749V 1.38939733821419V=0A= 164.000000000209ps 1.48269504774887V 1.69853605705888V 1.38976279562754V=0A= 165.00000000021ps 1.48341579850617V 1.70063490328028V 1.39012834228278V=0A= 166.000000000221ps 1.48413654926347V 1.70273374950167V 1.390505937923V=0A= 167.000000000219ps 1.4848559885289V 1.70483259572307V 1.39088353356322V=0A= 168.00000000022ps 1.48557359032312V 1.70693144194446V 1.39126973176795V=0A= 169.000000000221ps 1.48629119211734V 1.70903028816586V 1.39166204156084V=0A= 170.000000000219ps 1.48700944209032V 1.71112913438726V 1.39205435135374V=0A= 171.00000000022ps 1.4877282239624V 1.71322798060865V 1.39245278441164V=0A= 172.000000000222ps 1.48844700583448V 1.71532682683005V 1.39285915540872V=0A= 173.000000000219ps 1.48916578770656V 1.71728649761434V 1.3932655264058V=0A= 174.00000000022ps 1.48988913911596V 1.71915546716919V 1.39367269364127V=0A= 175.000000000232ps 1.49061338699428V 1.72102443672403V 1.39408906073858V=0A= 176.000000000229ps 1.4913376348726V 1.72289340627888V 1.3945054278359V=0A= 177.00000000023ps 1.49206898374315V 1.72476237583373V 1.39492452641694V=0A= 178.000000000232ps 1.49280357608555V 1.72663134538857V 1.3953479792961V=0A= 179.000000000229ps 1.49353816842795V 1.72850031494342V 1.39577143217526V=0A= 180.000000000231ps 1.49427276077036V 1.73036928449827V 1.39620103695916V=0A= 181.000000000228ps 1.49501605208178V 1.73223825405312V 1.39663065771629V=0A= 182.00000000023ps 1.49576396904982V 1.73410722360796V 1.39706027847343V=0A= 183.000000000231ps 1.49651188601786V 1.73597619316281V 1.39749187020681V=0A= 184.000000000238ps 1.49725980298591V 1.73784516271766V 1.39792482529343V=0A= 185.00000000024ps 1.49801335131506V 1.7397141322725V 1.39835778038004V=0A= 186.000000000241ps 1.4987740054075V 1.74146524199072V 1.39879073546666V=0A= 187.000000000239ps 1.49953465949995V 1.74313656553679V 1.39922346120875V=0A= 188.00000000024ps 1.5002953135924V 1.74480788908286V 1.39965593123456V=0A= 189.000000000241ps 1.5010642797947V 1.74647921262892V 1.40008840126037V=0A= 190.000000000239ps 1.50183697828613V 1.74815053617499V 1.40052087128617V=0A= 192.000000000241ps 1.50338237526898V 1.75149318326712V 1.40138517007674V=0A= 193.000000000249ps 1.5041702885603V 1.75316450681319V 1.40181124286752V=0A= 194.00000000025ps 1.50495916923708V 1.75483583035925V 1.4022373156583V=0A= 200.00000000025ps 1.50969762802828V 1.76486377163565V 1.40479375240298V=0A= 201.000000000251ps 1.51049825844159V 1.76650509649109V 1.40521456840841V=0A= 202.000000000259ps 1.51129888885491V 1.76800853676978V 1.40563405368545V=0A= 203.00000000026ps 1.51209951926823V 1.76951197704847V 1.40605353896248V=0A= 206.00000000026ps 1.51450720851816V 1.77402229788454V 1.40731199479359V=0A= 207.000000000261ps 1.51531662231298V 1.77552573816323V 1.40773148007063V=0A= 208.000000000269ps 1.51612603610779V 1.77702917844192V 1.40815096534766V=0A= 209.00000000027ps 1.5169354499026V 1.77853261872061V 1.40856869441257V=0A= 210.000000000271ps 1.51774486369741V 1.7800360589993V 1.40898360399147V=0A= 211.000000000269ps 1.51855883095217V 1.78153949927799V 1.40939851357038V=0A= 212.00000000027ps 1.51937598176106V 1.78304293955668V 1.40981342314928V=0A= 216.000000000281ps 1.52264458499659V 1.78905670067144V 1.41147306146491V=0A= 217.000000000279ps 1.52346738448187V 1.79056014095013V 1.41188468938091V=0A= 218.00000000028ps 1.52429262289521V 1.79206358122882V 1.41229556042939V=0A= 220.000000000279ps 1.52594309972188V 1.79495865867086V 1.41311730252635V=0A= 221.00000000028ps 1.52676833813522V 1.79632103959694V 1.41352817357483V=0A= 223.000000000279ps 1.5284188149619V 1.7990458014491V 1.41434991567178V=0A= 225.000000000292ps 1.53006929178857V 1.80177056330127V 1.41517092200513V=0A= 226.000000000289ps 1.53089453020191V 1.80313294422735V 1.41557920517683V=0A= 229.000000000289ps 1.53338086987312V 1.8072200870056V 1.41680405469192V=0A= 230.000000000291ps 1.53421767858834V 1.80858246793169V 1.41721233786362V=0A= 234.000000000298ps 1.5375649134492V 1.81403199163602V 1.41884547055041V=0A= 235.0000000003ps 1.53840172216441V 1.8153943725621V 1.41925377292456V=0A= 236.000000000301ps 1.53923853087962V 1.81675675348818V 1.41966281557291V=0A= 238.0000000003ps 1.5409239624534V 1.81948151534035V 1.4204809008696V=0A= 239.000000000301ps 1.54177543695042V 1.82084389626643V 1.42088994351795V=0A= 241.00000000031ps 1.54347838594446V 1.8235686581186V 1.42170802881464V=0A= 242.000000000311ps 1.54432986044148V 1.82483339586082V 1.42211707146298V=0A= 243.000000000309ps 1.5451813349385V 1.82607888706253V 1.42252611411133V=0A= 247.00000000031ps 1.54858723292658V 1.83106085186939V 1.42416401215505V=0A= 248.000000000311ps 1.5494387074236V 1.83230634307111V 1.42457826340969V=0A= 249.000000000319ps 1.55030656669324V 1.83355183427282V 1.42499251466434V=0A= 250.00000000032ps 1.55117968958027V 1.83479732547453V 1.42540676591898V=0A= 258.000000000329ps 1.55816467267652V 1.84476125508825V 1.42872077595614V=0A= 259.00000000033ps 1.55903779556355V 1.84600674628996V 1.42913502721079V=0A= 261.000000000329ps 1.56078404133761V 1.84849772869339V 1.42997200196064V=0A= 262.00000000033ps 1.56168883819682V 1.84974321989511V 1.43039668034565V=0A= 263.000000000331ps 1.56259525879326V 1.85098871109682V 1.43082135873066V=0A= 266.000000000341ps 1.56531452058258V 1.85472518470196V 1.4320953938857V=0A= 267.000000000339ps 1.56622094117902V 1.85597067590368V 1.43252007227071V=0A= 268.00000000034ps 1.56712736177546V 1.85713683058684V 1.43294475065572V=0A= 269.000000000341ps 1.5680337823719V 1.85828707663738V 1.43336942904073V=0A= 274.00000000034ps 1.57256588535409V 1.86403830689011V 1.4354930133832V=0A= 275.000000000352ps 1.57347230595053V 1.86518855294065V 1.43593024262793V=0A= 276.000000000349ps 1.57437872654697V 1.8663387989912V 1.43636747187267V=0A= 277.00000000035ps 1.57529322626989V 1.86748904504174V 1.43680470111741V=0A= 278.000000000352ps 1.57624095721205V 1.86863929109229V 1.43724193036215V=0A= 281.000000000362ps 1.57908415003851V 1.87209002924392V 1.43855361809636V=0A= 282.000000000359ps 1.58003188098067V 1.87324027529447V 1.4389908473411V=0A= 285.00000000036ps 1.58287507380713V 1.8766910134461V 1.44031414271859V=0A= 286.000000000361ps 1.58382280474928V 1.87784125949665V 1.44076637918751V=0A= 290.000000000369ps 1.5876137285179V 1.88244224369883V 1.4425753250632V=0A= 291.00000000037ps 1.58856145946006V 1.88359248974937V 1.44302756153212V=0A= 292.000000000371ps 1.5895536722446V 1.88474273579992V 1.44347979800104V=0A= 293.000000000369ps 1.59056508956575V 1.88589298185046V 1.44393203446996V=0A= 297.00000000037ps 1.59461075885038V 1.89049396605264V 1.44575919248641V=0A= 298.000000000371ps 1.59562217617154V 1.89159158513656V 1.44623364312123V=0A= 299.000000000379ps 1.59663359349269V 1.8926654069179V 1.44670809375605V=0A= 300.00000000038ps 1.59764501081385V 1.89373922869925V 1.44718254439087V=0A= 308.000000000389ps 1.60573634938311V 1.90232980295001V 1.45097814946943V=0A= 313.000000000391ps 1.61079343598889V 1.90769891185674V 1.45335194113839V=0A= 314.000000000389ps 1.61182260880724V 1.90877273363808V 1.4538520713784V=0A= 315.00000000039ps 1.61288583826217V 1.90984655541943V 1.45435220161841V=0A= 316.000000000401ps 1.61394906771709V 1.91092037720077V 1.45485233185841V=0A= 317.000000000399ps 1.61501229717202V 1.91199419898212V 1.45535246209842V=0A= 322.000000000411ps 1.62032844444667V 1.91736330788884V 1.45785311329846V=0A= 323.000000000409ps 1.6213916739016V 1.91843712967019V 1.45835324353847V=0A= 327.00000000041ps 1.62567540058442V 1.92273241679557V 1.46038176763769V=0A= 328.000000000412ps 1.62677988053802V 1.92380623857692V 1.46091450116816V=0A= 331.000000000422ps 1.63009332039882V 1.92702770392095V 1.46251270175957V=0A= 332.000000000419ps 1.63119780035242V 1.92804863767358V 1.46304543529004V=0A= 333.000000000421ps 1.63230228030602V 1.92906136871651V 1.46357816882051V=0A= 337.000000000419ps 1.63674229477722V 1.93311229288825V 1.46570910294239V=0A= 338.00000000042ps 1.63790314304924V 1.93412502393119V 1.46624183647287V=0A= 340.000000000429ps 1.64022483959328V 1.93615048601706V 1.46730730353381V=0A= 341.00000000043ps 1.64138568786531V 1.93716321706V 1.46784003706428V=0A= 343.000000000429ps 1.64370738440935V 1.93918867914587V 1.46893043479202V=0A= 344.00000000043ps 1.64486823268138V 1.9402014101888V 1.46950945533071V=0A= 349.000000000439ps 1.65067247404149V 1.94526506540348V 1.47240455802416V=0A= 350.00000000044ps 1.65183332231351V 1.94627779644642V 1.47298357856286V=0A= 355.000000000449ps 1.65768145029266V 1.95134145166109V 1.47587868125631V=0A= 356.00000000045ps 1.65889022512331V 1.95235418270403V 1.476457701795V=0A= 363.000000000461ps 1.66735164893792V 1.95944330000458V 1.48052337290718V=0A= 364.000000000459ps 1.66856042376858V 1.96045603104751V 1.48116588613256V=0A= 368.00000000046ps 1.67339552309121V 1.96449643689353V 1.48373593903409V=0A= 369.000000000461ps 1.67463763642348V 1.96545986573714V 1.48437845225947V=0A= 370.000000000459ps 1.67590316075114V 1.96642329458074V 1.48502096548485V=0A= 372.000000000471ps 1.67843420940647V 1.96835015226795V 1.48630599193562V=0A= 373.000000000469ps 1.67969973373413V 1.96931358111156V 1.486948505161V=0A= 381.000000000482ps 1.68982392835543V 1.9770210118604V 1.49208861096405V=0A= 382.000000000479ps 1.69108945268309V 1.977984440704V 1.49273112418944V=0A= 385.00000000048ps 1.69488602566607V 1.98087472723482V 1.49468089166217V=0A= 386.000000000481ps 1.69615154999374V 1.98183815607842V 1.49541042844952V=0A= 390.000000000489ps 1.70121364730438V 1.98569187145284V 1.49832857559894V=0A= 391.00000000049ps 1.70248492696473V 1.98665530029644V 1.49905811238629V=0A= 392.000000000491ps 1.70379434223171V 1.98761872914005V 1.49978764917364V=0A= 396.000000000499ps 1.70903200329961V 1.99147244451447V 1.50270579632306V=0A= 397.0000000005ps 1.71034141856658V 1.99243587335807V 1.50343533311041V=0A= 405.000000000509ps 1.72081674070239V 2.00014330410691V 1.50927162740924V=0A= 406.00000000051ps 1.72212615596936V 2.00110673295052V 1.51000116419659V=0A= 407.000000000511ps 1.72343557123634V 2.00203651082364V 1.51073070098395V=0A= 408.000000000509ps 1.72474498650331V 2.00295932086797V 1.5114602377713V=0A= 409.00000000051ps 1.72605440177029V 2.00388213091231V 1.51220114954834V=0A= 410.000000000511ps 1.72738206487735V 2.00480494095664V 1.51303509218707V=0A= 411.000000000509ps 1.72873287375503V 2.00572775100098V 1.5138690348258V=0A= 413.000000000521ps 1.73143449151038V 2.00757337108965V 1.51553692010326V=0A= 414.000000000519ps 1.73278530038806V 2.00849618113399V 1.51637086274199V=0A= 422.000000000531ps 1.74359177140947V 2.01587866148867V 1.52304240385183V=0A= 423.000000000529ps 1.74494258028715V 2.016801471533V 1.52387634649056V=0A= 426.000000000529ps 1.74899500692018V 2.01956990166601V 1.52637817440675V=0A= 428.000000000542ps 1.75169662467553V 2.02141552175468V 1.52804605968421V=0A= 429.000000000539ps 1.75304743355321V 2.02233833179901V 1.52888000232294V=0A= 430.000000000541ps 1.75439824243088V 2.02326114184335V 1.52971394496167V=0A= 431.000000000542ps 1.75574905130856V 2.02418395188768V 1.53060002522894V=0A= 432.000000000539ps 1.75709986018624V 2.02510676193202V 1.53154472261334V=0A= 433.000000000541ps 1.75845066906391V 2.02602957197636V 1.53248941999774V=0A= 434.000000000538ps 1.75980147794159V 2.02695238202069V 1.53343411738215V=0A= 437.000000000548ps 1.7638784136237V 2.0297208121537V 1.53626820953536V=0A= 438.00000000055ps 1.76525802381357V 2.03064362219803V 1.53721290691976V=0A= 446.000000000559ps 1.77629490533254V 2.03799605422313V 1.54477048599499V=0A= 447.00000000056ps 1.77767451552241V 2.03888458143859V 1.54571518337939V=0A= 450.00000000056ps 1.78181334609203V 2.04155016308498V 1.54863557719452V=0A= 451.000000000561ps 1.7831929562819V 2.04243869030044V 1.54969223408231V=0A= 455.000000000569ps 1.78871139704139V 2.0459927991623V 1.55391886163348V=0A= 456.00000000057ps 1.79009100723126V 2.04688132637776V 1.55497551852127V=0A= 463.000000000581ps 1.79975998363372V 2.053101016886V 1.56237211673581V=0A= 464.000000000579ps 1.80115617356491V 2.05398954410146V 1.5634287736236V=0A= 467.000000000579ps 1.80534474335849V 2.05665512574785V 1.5666980033122V=0A= 468.00000000058ps 1.80674093328968V 2.05754365296332V 1.56786598745386V=0A= 469.000000000591ps 1.80813712322088V 2.05843218017878V 1.56903397159552V=0A= 470.000000000589ps 1.80953331315207V 2.05932070739424V 1.57020195573718V=0A= 478.000000000602ps 1.82070283260161V 2.06642892511795V 1.57954582887047V=0A= 479.000000000599ps 1.82209902253281V 2.06731745233341V 1.58071381301213V=0A= 480.000000000601ps 1.823495212464V 2.06820597954888V 1.5818817971538V=0A= 481.000000000598ps 1.82489140239519V 2.06909450676434V 1.58304978129546V=0A= 483.000000000601ps 1.82768378225758V 2.07087156119527V 1.58548892093115V=0A= 484.000000000598ps 1.82907997218877V 2.07174591916886V 1.58676658727395V=0A= 485.0000000006ps 1.83047616211996V 2.07260517719924V 1.58804425361675V=0A= 487.000000000608ps 1.83326854198235V 2.07432369325998V 1.59059958630235V=0A= 488.00000000061ps 1.83466473191354V 2.07518295129036V 1.59187725264515V=0A= 496.000000000619ps 1.84583727311635V 2.08205701553335V 1.60209858338755V=0A= 497.00000000062ps 1.847237712528V 2.08291627356372V 1.60337624973035V=0A= 498.000000000621ps 1.84863815193966V 2.0837755315941V 1.60469493385906V=0A= 499.000000000619ps 1.85003859135132V 2.08463478962447V 1.60607788963404V=0A= 503.00000000063ps 1.85564034899795V 2.08807182174596V 1.61160971273393V=0A= 504.000000000631ps 1.85704078840961V 2.08893107977634V 1.6129926685089V=0A= 511.000000000639ps 1.86684386429122V 2.09494588598896V 1.62267335893371V=0A= 512.00000000064ps 1.86824430370288V 2.09580514401933V 1.62405631470868V=0A= 514.000000000639ps 1.8710451825262V 2.09752366008008V 1.62691161563164V=0A= 515.00000000064ps 1.87244562193785V 2.09838291811045V 1.6283918951589V=0A= 519.000000000651ps 1.87804737958449V 2.10181995023195V 1.63431301326794V=0A= 520.000000000649ps 1.87944781899615V 2.10267920826232V 1.6357932927952V=0A= 521.00000000065ps 1.88084825840781V 2.10351541102569V 1.63727357232246V=0A= 522.000000000651ps 1.88224869781946V 2.10435047618541V 1.63875385184972V=0A= 525.000000000652ps 1.88644679767933V 2.10685567166458V 1.64319469043151V=0A= 526.000000000649ps 1.88784300075737V 2.1076907368243V 1.64467496995877V=0A= 527.000000000651ps 1.8892392038354V 2.10852580198402V 1.64615524948603V=0A= 528.000000000662ps 1.89063540691343V 2.10936086714375V 1.64763552901329V=0A= 529.000000000659ps 1.89203160999147V 2.11019593230347V 1.64913218287509V=0A= 530.000000000661ps 1.8934278130695V 2.11103099746319V 1.65069937235958V=0A= 533.000000000661ps 1.8976164223036V 2.11353619294236V 1.65540094081305V=0A= 534.000000000658ps 1.89901262538163V 2.11437125810208V 1.65696813029753V=0A= 535.00000000066ps 1.90040882845966V 2.1152063232618V 1.65853531978202V=0A= 537.000000000668ps 1.90320123461573V 2.11687645358125V 1.661669698751V=0A= 538.00000000067ps 1.90459743769376V 2.11771151874097V 1.66323688823549V=0A= 543.000000000679ps 1.91157845308392V 2.12188684453958V 1.67107283565793V=0A= 544.00000000068ps 1.91297465616196V 2.1227219096993V 1.67264002514242V=0A= 546.000000000679ps 1.91576706231802V 2.12439204001875V 1.67583266564323V=0A= 547.00000000068ps 1.91716326539605V 2.12522710517847V 1.67747328126162V=0A= 551.000000000681ps 1.92274164521018V 2.12856736581736V 1.68403574373518V=0A= 552.000000000689ps 1.92412960039383V 2.12940243097708V 1.68567635935357V=0A= 553.00000000069ps 1.92551755557747V 2.13023073258427V 1.68731697497196V=0A= 554.000000000691ps 1.92690551076111V 2.1310474563119V 1.68895759059035V=0A= 561.000000000699ps 1.93662119704662V 2.13676452240531V 1.70044189991908V=0A= 562.0000000007ps 1.93800915223026V 2.13758124613294V 1.70208251553747V=0A= 563.000000000701ps 1.9393971074139V 2.13839796986057V 1.70377444826588V=0A= 564.000000000699ps 1.94078506259755V 2.1392146935882V 1.70547458940744V=0A= 569.000000000711ps 1.94772483851576V 2.14329831222635V 1.71397529511524V=0A= 570.000000000709ps 1.94911279369941V 2.14411503595398V 1.7156754362568V=0A= 573.000000000709ps 1.95326883194869V 2.14656520713687V 1.72077585968148V=0A= 574.00000000071ps 1.95464723448968V 2.1473819308645V 1.72247600082304V=0A= 576.000000000709ps 1.95740403957165V 2.14901537831976V 1.72587628310616V=0A= 577.000000000711ps 1.95878244211264V 2.14983210204739V 1.72757642424772V=0A= 578.000000000722ps 1.96016084465363V 2.15064882577503V 1.72927656538928V=0A= 579.000000000719ps 1.96153924719461V 2.15145433918563V 1.73097670653084V=0A= 580.000000000721ps 1.9629176497356V 2.15225864502873V 1.7326797823998V=0A= 581.000000000718ps 1.96429605227659V 2.15306295087184V 1.7344237139881V=0A= 582.000000000719ps 1.96567445481757V 2.15386725671494V 1.73616764557639V=0A= 584.000000000728ps 1.96843125989955V 2.15547586840115V 1.73965550875299V=0A= 585.00000000073ps 1.96980966244053V 2.15628017424426V 1.74139944034128V=0A= 587.000000000728ps 1.97256646752251V 2.15788878593047V 1.74488730351788V=0A= 588.00000000073ps 1.97394487006349V 2.15869309177357V 1.74663123510617V=0A= 591.00000000073ps 1.97807515655469V 2.16110600930289V 1.75186302987106V=0A= 592.000000000731ps 1.97944432167791V 2.161910315146V 1.75360696145936V=0A= 593.000000000739ps 1.98081348680112V 2.1627146209891V 1.75535089304766V=0A= 594.00000000074ps 1.98218265192434V 2.16351892683221V 1.75709482463595V=0A= 597.00000000074ps 1.986290147294V 2.16592540902496V 1.76232661940084V=0A= 598.000000000741ps 1.98765931241721V 2.1667200975296V 1.76408915858143V=0A= 599.000000000739ps 1.98902847754043V 2.16751478603424V 1.76586156375833V=0A= 602.000000000749ps 1.99313597291009V 2.16989885154816V 1.77117877928902V=0A= 603.00000000075ps 1.9945051380333V 2.1706935400528V 1.77295118446592V=0A= 606.00000000075ps 1.99860713852961V 2.17307760556672V 1.77826839999662V=0A= 607.000000000751ps 1.99996760321112V 2.17387229407136V 1.78004080517352V=0A= 611.000000000759ps 2.00540946193714V 2.17704230992296V 1.78713042588112V=0A= 612.00000000076ps 2.00676992661865V 2.17782633703408V 1.78890283105802V=0A= 613.000000000761ps 2.00813039130015V 2.17861036414521V 1.79068957653506V=0A= 614.000000000759ps 2.00949085598166V 2.17939439125633V 1.79248001411339V=0A= 616.000000000771ps 2.01221178534467V 2.18096244547857V 1.79606088927007V=0A= 617.000000000769ps 2.01357225002617V 2.18174647258969V 1.79785132684841V=0A= 618.00000000077ps 2.01493026743368V 2.18253049970082V 1.79964176442675V=0A= 619.000000000771ps 2.01628159587149V 2.18331452681194V 1.80143220200509V=0A= 625.000000000781ps 2.02438956649836V 2.18801868947868V 1.81217582346566V=0A= 626.000000000779ps 2.02574089493617V 2.18879088040867V 1.81397761732217V=0A= 627.00000000078ps 2.02709222337398V 2.18956109959994V 1.81577941117868V=0A= 629.000000000779ps 2.0297948802496V 2.19110153798248V 1.8193829988917V=0A= 630.000000000781ps 2.03113750894956V 2.19187175717376V 1.82118479274821V=0A= 631.000000000782ps 2.03247802020121V 2.19264197636503V 1.82298658660472V=0A= 634.000000000792ps 2.03649955395615V 2.19495263393884V 1.82839196817424V=0A= 635.00000000079ps 2.0378400652078V 2.19572285313011V 1.83019376203075V=0A= 637.000000000788ps 2.0405210877111V 2.19726329151266V 1.83380239221374V=0A= 638.00000000079ps 2.04186159896275V 2.19803351070393V 1.83561101351858V=0A= 642.000000000791ps 2.04721597357884V 2.20111438746901V 1.84284549873795V=0A= 643.000000000799ps 2.04854318319595V 2.20188460666028V 1.84465412004279V=0A= 644.0000000008ps 2.04987039281305V 2.20265482585156V 1.84646274134763V=0A= 645.000000000801ps 2.05119760243015V 2.20342140584363V 1.84827136265247V=0A= 646.000000000799ps 2.05252481204726V 2.20417512946907V 1.85007998395731V=0A= 647.0000000008ps 2.05385202166436V 2.2049288530945V 1.85188862263167V=0A= 648.000000000801ps 2.05517923128146V 2.20568257671993V 1.85370060365216V=0A= 652.000000000809ps 2.06048806974988V 2.20869747122168V 1.8609485277341V=0A= 653.00000000081ps 2.06181527936698V 2.20945119484711V 1.86276050875458V=0A= 656.00000000081ps 2.06578726273345V 2.21171236572342V 1.86819645181603V=0A= 657.000000000811ps 2.06709863814157V 2.21246608934885V 1.87000843283652V=0A= 658.000000000819ps 2.0684100135497V 2.21321981297429V 1.87182049511634V=0A= 659.00000000082ps 2.06972138895782V 2.21397353659972V 1.87363279703515V=0A= 666.000000000831ps 2.07890101681469V 2.21924960197777V 1.88631891046678V=0A= 667.000000000829ps 2.08021239222281V 2.22000332560321V 1.88813121238558V=0A= 669.000000000831ps 2.08283514303906V 2.22150847315905V 1.89175572595459V=0A= 670.000000000829ps 2.08414651844718V 2.22224428599077V 1.89356547713993V=0A= 672.000000000831ps 2.08675474324949V 2.2237159116542V 1.89718497951062V=0A= 673.000000000829ps 2.08804830423728V 2.22445172448592V 1.89899473069596V=0A= 675.000000000841ps 2.09063542621285V 2.22592335014935V 1.90261423306664V=0A= 676.000000000839ps 2.09192898720064V 2.22665916298106V 1.90442398425199V=0A= 679.000000000839ps 2.095809670164V 2.22886660147621V 1.90985323780802V=0A= 680.000000000841ps 2.09710323115178V 2.22960241430792V 1.91166298899336V=0A= 681.000000000838ps 2.09839679213957V 2.23033822713964V 1.91347192322657V=0A= 682.00000000084ps 2.09969035312736V 2.23107403997136V 1.9152764210128V=0A= 684.000000000848ps 2.10227747510293V 2.23254566563479V 1.91888541658526V=0A= 685.00000000085ps 2.10357103609071V 2.2332814784665V 1.92068991437149V=0A= 687.000000000848ps 2.10615815806629V 2.23475310412993V 1.92429890994395V=0A= 688.00000000085ps 2.10745171905407V 2.23548891696165V 1.92610340773018V=0A= 689.000000000851ps 2.10873140005708V 2.23622472979336V 1.92790790551641V=0A= 690.000000000849ps 2.11000595274464V 2.23696054262508V 1.92971240330264V=0A= 691.00000000086ps 2.11128050543221V 2.23769635545679V 1.93151690108887V=0A= 692.000000000861ps 2.11255505811977V 2.23843216828851V 1.9333213988751V=0A= 694.00000000086ps 2.1151041634949V 2.23990379395194V 1.93692540460951V=0A= 695.000000000861ps 2.11637871618247V 2.24063960678366V 1.93872221505065V=0A= 696.000000000859ps 2.11765326887003V 2.24136764642951V 1.9405190254918V=0A= 697.00000000086ps 2.1189278215576V 2.24208505018367V 1.94231583593294V=0A= 699.000000000869ps 2.12147692693273V 2.24351985769201V 1.94590945681523V=0A= 700.00000000087ps 2.1227514796203V 2.24423726144618V 1.94770626725637V=0A= 706.00000000087ps 2.13039717114776V 2.24854168397119V 1.95848712990324V=0A= 707.000000000871ps 2.1316522006176V 2.24925908772536V 1.96027727032344V=0A= 708.000000000879ps 2.13290723008744V 2.24997649147953V 1.9620642979701V=0A= 709.00000000088ps 2.13416225955727V 2.2506938952337V 1.96385132561676V=0A= 716.000000000891ps 2.14294746584612V 2.25571572151288V 1.97636051914336V=0A= 717.000000000889ps 2.14420249531596V 2.25643312526705V 1.97814754679002V=0A= 720.000000000889ps 2.14796758372547V 2.25858533652955V 1.98350355874461V=0A= 721.00000000089ps 2.1492226131953V 2.25930274028372V 1.98527905825206V=0A= 724.00000000089ps 2.15297872774057V 2.26144374331415V 1.99060555677444V=0A= 725.000000000902ps 2.15421414204849V 2.26214271650666V 1.9923810562819V=0A= 726.000000000899ps 2.1554495563564V 2.26284168969917V 1.99415655578936V=0A= 729.000000000899ps 2.15915579928013V 2.2649386092767V 1.99948305431173V=0A= 730.000000000901ps 2.16039121358804V 2.26563758246921V 2.00125855381919V=0A= 731.000000000912ps 2.16162662789595V 2.26633655566173V 2.00303405332665V=0A= 732.000000000909ps 2.16286204220386V 2.26703552885424V 2.00480955283411V=0A= 733.000000000911ps 2.16409745651177V 2.26773450204675V 2.00658408059335V=0A= 734.000000000912ps 2.16533287081968V 2.26843347523926V 2.0083466391885V=0A= 738.00000000091ps 2.17027452805132V 2.2712293680093V 2.01539687356909V=0A= 740.000000000919ps 2.17274535666715V 2.27262731439433V 2.01892199075938V=0A= 741.00000000092ps 2.17397734332164V 2.27332628758684V 2.02068454935453V=0A= 742.000000000921ps 2.17519321579301V 2.27402526077935V 2.02244710794967V=0A= 747.00000000092ps 2.18127257814985V 2.2775201267419V 2.03125003486279V=0A= 748.000000000921ps 2.18248845062122V 2.27821909993441V 2.03299855419988V=0A= 749.000000000929ps 2.18370432309259V 2.27891807312693V 2.03474707353697V=0A= 750.00000000093ps 2.18492019556395V 2.27961704631944V 2.03649559287406V=0A= 752.000000000929ps 2.18735194050669V 2.28100584424596V 2.03999263154824V=0A= 753.00000000093ps 2.18856781297806V 2.28168660013367V 2.04174115088533V=0A= 758.000000000939ps 2.19464101462298V 2.28509037957223V 2.05048374757077V=0A= 759.00000000094ps 2.19583741627894V 2.28577113545994V 2.05223226690786V=0A= 760.000000000941ps 2.19703381793489V 2.28645189134765V 2.05397454998734V=0A= 761.000000000939ps 2.19823021959085V 2.28713264723536V 2.0557082367638V=0A= 766.000000000951ps 2.20421222787063V 2.29053642667392V 2.0643766706461V=0A= 767.000000000949ps 2.20540862952659V 2.29121718256163V 2.06611035742256V=0A= 772.000000000961ps 2.21139063780637V 2.29462096200019V 2.07477879130485V=0A= 773.000000000959ps 2.21258703946233V 2.2953017178879V 2.07650750977025V=0A= 774.00000000096ps 2.21378344111828V 2.29598247377561V 2.07822586771113V=0A= 775.000000000962ps 2.21496451808691V 2.29666322966332V 2.07994422565201V=0A= 776.000000000959ps 2.21614149820617V 2.29734398555103V 2.08166258359289V=0A= 779.000000000959ps 2.21967243856394V 2.29938625321417V 2.08681765741553V=0A= 780.000000000961ps 2.22084941868319V 2.30005815610125V 2.08853601535641V=0A= 781.000000000972ps 2.22202639880245V 2.30072105147825V 2.09025437329729V=0A= 782.000000000969ps 2.2232033789217V 2.30138394685524V 2.09197273123817V=0A= 783.000000000971ps 2.22438035904096V 2.30204684223224V 2.09369108917905V=0A= 784.000000000968ps 2.22555733916022V 2.30270973760924V 2.09540944711993V=0A= 785.00000000097ps 2.22673431927947V 2.30337263298624V 2.09712780506081V=0A= 786.000000000971ps 2.22791129939873V 2.30403552836324V 2.09883821683394V=0A= 787.000000000968ps 2.22908827951799V 2.30469842374024V 2.10054102455631V=0A= 788.00000000097ps 2.23026525963724V 2.30536131911723V 2.10224383227867V=0A= 790.000000000979ps 2.23261921987576V 2.30668710987123V 2.10564944772341V=0A= 791.00000000098ps 2.23378755150666V 2.30735000524823V 2.10735225544578V=0A= 792.000000000981ps 2.23494522544853V 2.30801290062523V 2.10905506316815V=0A= 798.000000000981ps 2.24189126909972V 2.31199027288722V 2.11927084117543V=0A= 799.000000000989ps 2.24304894304159V 2.31265316826421V 2.12095810637837V=0A= 800.00000000099ps 2.24420661698345V 2.31331606364121V 2.1226453715813V=0A= 805.000000000999ps 2.24999498669278V 2.3166305405262V 2.13108169759597V=0A= 806.000000001ps 2.25115266063465V 2.3172934359032V 2.13276896279891V=0A= 807.000000001001ps 2.25230644910199V 2.3179563312802V 2.13445622800184V=0A= 808.000000000999ps 2.25344506608149V 2.3186050235282V 2.13614349320477V=0A= 809.000000001ps 2.25458368306099V 2.3192504830478V 2.13783075840771V=0A= 810.000000001001ps 2.25572230004049V 2.31989594256739V 2.13951709699455V=0A= 811.000000000999ps 2.25686091701999V 2.32054140208699V 2.14118898981334V=0A= 813.000000001011ps 2.25913815097898V 2.32183232112617V 2.14453277545091V=0A= 814.000000001009ps 2.26027676795848V 2.32247778064577V 2.1462046682697V=0A= 822.000000001021ps 2.26938570379446V 2.32764145680252V 2.1595719923398V=0A= 823.000000001019ps 2.27052338042958V 2.32828691632212V 2.16122875937837V=0A= 824.00000000102ps 2.2716432841048V 2.32893237584171V 2.16288552641695V=0A= 826.000000001019ps 2.27388309145525V 2.3302232948809V 2.1661990604941V=0A= 827.00000000102ps 2.27500299513048V 2.33086875440049V 2.16785582753268V=0A= 829.000000001019ps 2.27724280248093V 2.33215967343968V 2.17116936160983V=0A= 830.000000001021ps 2.27836270615615V 2.33280513295928V 2.17282612864841V=0A= 831.000000001032ps 2.27948260983138V 2.33345059247887V 2.17448289568699V=0A= 832.000000001029ps 2.2806025135066V 2.33409605199846V 2.17613966272557V=0A= 833.000000001031ps 2.28172241718183V 2.33474151151806V 2.17778990720992V=0A= 834.000000001032ps 2.28284232085705V 2.33538697103765V 2.17943175832803V=0A= 835.00000000103ps 2.28396222453228V 2.33602282612841V 2.18107360944615V=0A= 836.000000001031ps 2.28508212820751V 2.33665124080607V 2.18271546056426V=0A= 840.000000001039ps 2.28954335346621V 2.33916489951672V 2.18928286503672V=0A= 841.00000000104ps 2.29064487377409V 2.33979331419438V 2.19092471615483V=0A= 844.00000000104ps 2.29394943469773V 2.34167855822736V 2.19583865571244V=0A= 845.000000001041ps 2.29505095500561V 2.34230697290502V 2.19746562630712V=0A= 846.000000001049ps 2.2961524753135V 2.34293538758269V 2.1990925969018V=0A= 847.00000000105ps 2.29725399562138V 2.34356380226035V 2.20071956749648V=0A= 854.000000001051ps 2.30496463777655V 2.34796270500398V 2.21210153405125V=0A= 855.000000001059ps 2.30606579761034V 2.34859111968164V 2.21371335591643V=0A= 856.00000000106ps 2.30714916842105V 2.3492195343593V 2.21532517778161V=0A= 862.00000000106ps 2.31364939328531V 2.35297837293776V 2.2249961089727V=0A= 863.000000001071ps 2.31473276409602V 2.35358997314563V 2.22660793083789V=0A= 864.000000001069ps 2.31581613490673V 2.3542015733535V 2.22821518836933V=0A= 865.00000000107ps 2.31689950571745V 2.35481317356136V 2.22981121811777V=0A= 871.00000000107ps 2.32339929601781V 2.35848277480857V 2.23938739660839V=0A= 872.000000001081ps 2.32446458643681V 2.35909437501644V 2.24098342635683V=0A= 873.000000001079ps 2.32552987685582V 2.35970597522431V 2.24257945610526V=0A= 874.00000000108ps 2.32659516727481V 2.36031757543218V 2.24417392958043V=0A= 875.000000001082ps 2.32766045769381V 2.36092917564004V 2.24575311073908V=0A= 876.000000001079ps 2.32872574811281V 2.36154077584791V 2.24733229189772V=0A= 877.00000000108ps 2.32979103853181V 2.36215237605578V 2.24891147305636V=0A= 878.000000001092ps 2.33085632895081V 2.36276397626365V 2.250490654215V=0A= 879.000000001089ps 2.33192161936981V 2.36337557647151V 2.25206983537364V=0A= 882.000000001089ps 2.33511749062681V 2.36521037709512V 2.25680737884957V=0A= 883.000000001091ps 2.33618278104581V 2.36582197730299V 2.25838656000821V=0A= 884.000000001088ps 2.33724807146481V 2.36643357751085V 2.25996574116685V=0A= 885.00000000109ps 2.33831336188381V 2.36704517771872V 2.26153336684856V=0A= 886.000000001091ps 2.33937865230281V 2.36765677792659V 2.26309440790555V=0A= 887.000000001098ps 2.34044394272181V 2.36826837813446V 2.26465544896254V=0A= 888.0000000011ps 2.34149348464806V 2.36887997834233V 2.26621649001953V=0A= 889.000000001101ps 2.34254074044208V 2.36947556464284V 2.26777753107652V=0A= 890.000000001099ps 2.34358799623611V 2.37007046401488V 2.26933857213351V=0A= 896.000000001109ps 2.34987153100025V 2.37363986024715V 2.27868850204113V=0A= 897.00000000111ps 2.35091878679427V 2.37423475961919V 2.28022986996242V=0A= 904.000000001111ps 2.35823944088347V 2.37839905522351V 2.29101944541147V=0A= 905.000000001119ps 2.35926858743506V 2.37899395459555V 2.29256081333277V=0A= 906.00000000112ps 2.36029773398664V 2.37958885396759V 2.29410218125406V=0A= 907.000000001121ps 2.36132688053823V 2.38018375333964V 2.29563066532606V=0A= 908.000000001119ps 2.36235602708982V 2.38077865271168V 2.29715064195574V=0A= 913.000000001131ps 2.36750175984775V 2.38375314957191V 2.3047505251041V=0A= 914.000000001129ps 2.36853090639933V 2.38434804894395V 2.30627050173378V=0A= 915.00000000113ps 2.36956005295092V 2.38493943697799V 2.30779047836345V=0A= 916.000000001131ps 2.37058919950251V 2.38551757760674V 2.30931045499312V=0A= 919.000000001141ps 2.37367663915727V 2.38725199949301V 2.31384851893267V=0A= 920.000000001139ps 2.37470578570885V 2.38783014012176V 2.31534527812367V=0A= 921.00000000114ps 2.37571664493433V 2.38840828075052V 2.31684203731468V=0A= 922.000000001141ps 2.37672748901773V 2.38898642137928V 2.31833879650568V=0A= 926.000000001139ps 2.38077086535133V 2.3912989838943V 2.32432583326971V=0A= 928.000000001152ps 2.38279255351813V 2.39245526515181V 2.32731935165172V=0A= 929.000000001149ps 2.38380339760153V 2.39303340578057V 2.32881611084272V=0A= 931.000000001152ps 2.38582508576833V 2.39418968703808V 2.33178824936445V=0A= 932.000000001149ps 2.38683592985173V 2.39476782766683V 2.33325991986969V=0A= 937.000000001162ps 2.39188787728104V 2.39765853081061V 2.34061827239588V=0A= 938.00000000116ps 2.3928800924415V 2.39823667143936V 2.34208994290112V=0A= 942.000000001161ps 2.39684895308335V 2.40054554550704V 2.34797662492207V=0A= 943.000000001159ps 2.39784116824382V 2.40110670704196V 2.34944026425431V=0A= 944.00000000116ps 2.39883338340428V 2.40166786857688V 2.3508848716133V=0A= 946.000000001169ps 2.40081781372521V 2.40279019164672V 2.35377408633128V=0A= 947.00000000117ps 2.40181002888567V 2.40335135318164V 2.35521869369026V=0A= 953.00000000118ps 2.40776331984845V 2.40671832239116V 2.36388633784418V=0A= 954.000000001181ps 2.40875553500892V 2.40727948392608V 2.36533094520317V=0A= 955.000000001179ps 2.40973114224964V 2.407840645461V 2.36677555256216V=0A= 956.00000000118ps 2.41070421163406V 2.40840180699591V 2.36821622330191V=0A= 957.000000001181ps 2.41167728101848V 2.40896296853083V 2.36963123974765V=0A= 961.000000001189ps 2.41556955855614V 2.41120761467051V 2.37529130553064V=0A= 962.00000000119ps 2.41654262794056V 2.41176877620543V 2.37670632197639V=0A= 969.000000001201ps 2.42335411363148V 2.41569690694987V 2.38661143709661V=0A= 970.000000001199ps 2.4243271830159V 2.41624445085857V 2.38802645354236V=0A= 971.0000000012ps 2.42530025240031V 2.41678827626247V 2.38940840415279V=0A= 972.000000001201ps 2.42627036336937V 2.41733210166637V 2.39078911063902V=0A= 973.000000001199ps 2.42722347154868V 2.41787592707027V 2.39216981712525V=0A= 976.000000001199ps 2.43008279608661V 2.41950740328198V 2.39631193658393V=0A= 978.000000001212ps 2.43198901244522V 2.42059505408978V 2.39907334955639V=0A= 979.000000001209ps 2.43294212062453V 2.42113887949369V 2.40045405604262V=0A= 987.000000001218ps 2.440566986059V 2.4254894827249V 2.41146952759899V=0A= 988.00000000122ps 2.44152009423831V 2.4260333081288V 2.41279814095031V=0A= 991.00000000122ps 2.44436221906759V 2.42766478434051V 2.41678398100427V=0A= 992.000000001221ps 2.4452940195249V 2.42820860974441V 2.41811259435559V=0A= 993.000000001229ps 2.44622581998222V 2.42875243514831V 2.41944120770691V=0A= 994.00000000123ps 2.44715762043953V 2.42929626055221V 2.42076982105823V=0A= 998.000000001231ps 2.45088482226879V 2.43145772910023V 2.42608427446351V=0A= 999.000000001229ps 2.4518166227261V 2.43198372698088V 2.42741288781483V=0A= 1.00200000000124ns 2.45461202409805V 2.43356172062283V 2.43139872786879V=0A= 1.00300000000124ns 2.45554382455536V 2.43408771850348V 2.43272734122011V=0A= 1.01000000000124ns 2.46205417380945V 2.43776970366803V 2.44202763467935V=0A= 1.01100000000125ns 2.4629621445939V 2.43829570154869V 2.44335624803067V=0A= 1.01200000000125ns 2.46387011537835V 2.43882169942933V 2.44468471878333V=0A= 1.01300000000125ns 2.46477808616279V 2.43934769730999V 2.44597081319656V=0A= 1.01900000000126ns 2.47022591086947V 2.44250368459389V 2.45368737967591V=0A= 1.02000000000126ns 2.47113388165392V 2.44302968247454V 2.45497347408914V=0A= 1.02600000000126ns 2.4765817063606V 2.44618457483034V 2.4626900405685V=0A= 1.02700000000126ns 2.47748967714504V 2.44669210486371V 2.46397613498172V=0A= 1.02800000000127ns 2.47839764792949V 2.44719963489707V 2.46526222939495V=0A= 1.02900000000127ns 2.47930561871393V 2.44770716493044V 2.46654832380817V=0A= 1.03100000000127ns 2.48110861811055V 2.44872222499717V 2.46912051263463V=0A= 1.03200000000127ns 2.48198639988863V 2.44922975503054V 2.47040660704785V=0A= 1.03300000000127ns 2.48286418166671V 2.4497372850639V 2.47167211979935V=0A= 1.03400000000128ns 2.4837419634448V 2.45024481509727V 2.4729266385337V=0A= 1.03500000000128ns 2.48461974522288V 2.45075234513064V 2.47418115726805V=0A= 1.04300000000129ns 2.49164199944755V 2.45481258539757V 2.48421730714285V=0A= 1.04400000000129ns 2.49251978122563V 2.45532011543093V 2.4854718258772V=0A= 1.04800000000129ns 2.49603090833796V 2.4573502355644V 2.4904637815548V=0A= 1.04900000000129ns 2.49690869011605V 2.45785776559776V 2.49168670700219V=0A= 1.0520000000013ns 2.4995420354503V 2.45938035569786V 2.49535548334435V=0A= 1.0530000000013ns 2.50041981722838V 2.45988788573123V 2.49657840879174V=0A= 1.0560000000013ns 2.50305316256263V 2.46140138228499V 2.50024718513391V=0A= 1.0570000000013ns 2.50391665498643V 2.46188961572411V 2.5014701105813V=0A= 1.0580000000013ns 2.50476779700407V 2.46237784916322V 2.50269303602869V=0A= 1.06100000000131ns 2.507321223057V 2.46384254948057V 2.50636181237086V=0A= 1.06200000000131ns 2.50817236507465V 2.46433078291968V 2.50758468570026V=0A= 1.06300000000131ns 2.50902350709229V 2.46481901635879V 2.50877600308357V=0A= 1.06600000000132ns 2.51157693314523V 2.46628371667614V 2.51234995523351V=0A= 1.06700000000132ns 2.51242807516287V 2.46677195011525V 2.51354127261683V=0A= 1.07500000000133ns 2.51923721130403V 2.47067781762816V 2.52307181168334V=0A= 1.07600000000133ns 2.52008835332167V 2.47116605106728V 2.52426312906665V=0A= 1.07700000000133ns 2.52093949533932V 2.47165428450639V 2.52544878286923V=0A= 1.07800000000133ns 2.52177953130385V 2.47214251794551V 2.52660823842864V=0A= 1.07900000000133ns 2.52259997214391V 2.47263075138462V 2.52776769398805V=0A= 1.08400000000134ns 2.52670217634421V 2.47507191858019V 2.53356497178507V=0A= 1.08500000000134ns 2.52752261718427V 2.47556015201931V 2.53472442734448V=0A= 1.08700000000134ns 2.52916349886439V 2.47652130572951V 2.53704333846329V=0A= 1.08800000000134ns 2.52998393970445V 2.47698911110038V 2.53820279402269V=0A= 1.09200000000134ns 2.53326570306469V 2.47886033258386V 2.54282920620656V=0A= 1.09300000000135ns 2.53408614390475V 2.47932813795474V 2.54395641722379V=0A= 1.09400000000135ns 2.53490658474481V 2.47979594332561V 2.54508362824101V=0A= 1.10100000000135ns 2.54062676892186V 2.48307058092171V 2.55297410536157V=0A= 1.10200000000136ns 2.54140779155117V 2.48353838629258V 2.55410131637879V=0A= 1.10300000000136ns 2.54218881418049V 2.48400619166345V 2.55522852739602V=0A= 1.10700000000136ns 2.54531290469775V 2.48587741314694V 2.55972234705845V=0A= 1.10800000000137ns 2.54609392732706V 2.48634521851781V 2.56082120829683V=0A= 1.10900000000137ns 2.54687494995638V 2.48681302388868V 2.56192006953521V=0A= 1.11600000000138ns 2.55234210836159V 2.49008766148478V 2.56961209820389V=0A= 1.11700000000138ns 2.5531231309909V 2.49055546685565V 2.57071095944227V=0A= 1.11900000000138ns 2.55468517624953V 2.49148258267148V 2.57290868191904V=0A= 1.12000000000138ns 2.55546619887885V 2.49192814853467V 2.57399079326044V=0A= 1.12100000000138ns 2.55624722150816V 2.49237371439785V 2.57506699841848V=0A= 1.12500000000139ns 2.55937131202543V 2.49415597785059V 2.57937181905064V=0A= 1.12600000000139ns 2.56015233465474V 2.49460154371377V 2.58044802420868V=0A= 1.12800000000139ns 2.56170773592494V 2.49549267544014V 2.58260043452476V=0A= 1.12900000000139ns 2.56244563897911V 2.49593824130333V 2.5836766396828V=0A= 1.13000000000139ns 2.56318354203329V 2.49638380716651V 2.58473115972253V=0A= 1.13100000000139ns 2.56392144508746V 2.4968293730297V 2.58577645778035V=0A= 1.1340000000014ns 2.56613515424999V 2.49816607061925V 2.5889123519538V=0A= 1.1350000000014ns 2.56687305730417V 2.49861163648243V 2.58995765001162V=0A= 1.14100000000141ns 2.57130047562922V 2.50128503166154V 2.59622943835854V=0A= 1.14200000000141ns 2.5720383786834V 2.50173059752473V 2.59727473641635V=0A= 1.14400000000141ns 2.57351418479175V 2.5026217292511V 2.59933806696815V=0A= 1.14500000000141ns 2.57425208784593V 2.50306729511428V 2.6003542737658V=0A= 1.14900000000142ns 2.57720370006263V 2.50484955856702V 2.60441910095638V=0A= 1.15000000000142ns 2.57794160311681V 2.5052951244302V 2.60543530775403V=0A= 1.15400000000142ns 2.58089321533351V 2.50707403269556V 2.60950013494461V=0A= 1.15500000000142ns 2.58163111838769V 2.50749328535092V 2.61051634174226V=0A= 1.15600000000142ns 2.58234910348609V 2.50791253800629V 2.61152835983352V=0A= 1.15700000000142ns 2.58302864496944V 2.50833179066166V 2.61251495173495V=0A= 1.15800000000143ns 2.5837081864528V 2.50875104331703V 2.61350154363638V=0A= 1.15900000000143ns 2.58438772793615V 2.5091702959724V 2.61448813553781V=0A= 1.16600000000144ns 2.58914451831963V 2.51210506455997V 2.62139427884781V=0A= 1.16700000000144ns 2.58982405980298V 2.51252431721534V 2.62238087074923V=0A= 1.16900000000144ns 2.59118314276969V 2.51336282252607V 2.62433856731173V=0A= 1.17000000000144ns 2.59186268425305V 2.51378207518144V 2.62528035125052V=0A= 1.17500000000145ns 2.59526039166982V 2.51587833845828V 2.62998927094446V=0A= 1.17600000000145ns 2.59593993315317V 2.51629759111364V 2.63093105488325V=0A= 1.18100000000146ns 2.59933764056994V 2.51839385439048V 2.63563997457719V=0A= 1.18200000000146ns 2.6000171820533V 2.51881310704585V 2.63658175851598V=0A= 1.18900000000146ns 2.60477397243678V 2.52174787563342V 2.6431464506488V=0A= 1.19000000000147ns 2.60545351392013V 2.52216712828879V 2.64404910678732V=0A= 1.19100000000147ns 2.60613305540349V 2.52258638094416V 2.64495176292585V=0A= 1.19300000000147ns 2.60748895773221V 2.52342488625489V 2.6467570752029V=0A= 1.19400000000147ns 2.60812228933561V 2.52384413891026V 2.64765973134143V=0A= 1.19700000000147ns 2.61002228414583V 2.5250823644075V 2.65036769975701V=0A= 1.19800000000147ns 2.61065561574924V 2.5254777000159V 2.65127035589553V=0A= 1.19900000000148ns 2.61128894735265V 2.5258730356243V 2.65217301203406V=0A= 1.20000000000148ns 2.61192227895605V 2.5262683712327V 2.65307566817259V=0A= 1.20500000000148ns 2.61508893697309V 2.52824504927471V 2.65758417906402V=0A= 1.20600000000148ns 2.6157222685765V 2.52864038488311V 2.65844901492185V=0A= 1.20800000000149ns 2.61698893178331V 2.52943105609992V 2.66017868663752V=0A= 1.20900000000149ns 2.61762226338671V 2.52982639170832V 2.66104352249535V=0A= 1.2160000000015ns 2.62205558461056V 2.53259374096713V 2.6670973735002V=0A= 1.2170000000015ns 2.62268891621397V 2.53298907657553V 2.66796220935803V=0A= 1.2210000000015ns 2.62517893461926V 2.53457041900914V 2.67140496571173V=0A= 1.22200000000151ns 2.62576045225334V 2.53496575461754V 2.67223218025311V=0A= 1.22300000000151ns 2.62634196988743V 2.53536109022594V 2.67305939479448V=0A= 1.23100000000152ns 2.63099411096012V 2.53852377509316V 2.67967711112552V=0A= 1.23200000000152ns 2.6315756285942V 2.53891911070156V 2.6805043256669V=0A= 1.23400000000152ns 2.63273866386238V 2.53970395054419V 2.68215875474966V=0A= 1.23500000000152ns 2.63332018149646V 2.54007223593711V 2.68298596929104V=0A= 1.23700000000152ns 2.63448321676463V 2.54080880672296V 2.6846028413817V=0A= 1.23800000000152ns 2.63506473439872V 2.54117709211588V 2.68539209981228V=0A= 1.24000000000153ns 2.63622776966689V 2.54191366290173V 2.68697061667343V=0A= 1.24100000000153ns 2.63680928730098V 2.54228194829465V 2.68775987510401V=0A= 1.24900000000154ns 2.64146142837367V 2.54522823143804V 2.69407394254862V=0A= 1.25000000000154ns 2.64204294600775V 2.54559651683096V 2.69486320097919V=0A= 1.25200000000154ns 2.64318231924452V 2.54633308761681V 2.69642386174097V=0A= 1.25300000000154ns 2.64372933040311V 2.54670137300973V 2.69717449874811V=0A= 1.25500000000155ns 2.64482335272031V 2.54743794379558V 2.69867577276241V=0A= 1.25600000000155ns 2.6453703638789V 2.5478062291885V 2.69942640976955V=0A= 1.26800000000156ns 2.65193449778206V 2.55222565390359V 2.70840807939826V=0A= 1.26900000000156ns 2.65248150894066V 2.55259393929651V 2.70911919481764V=0A= 1.27200000000157ns 2.6540819888746V 2.55369879547528V 2.71125254107578V=0A= 1.27300000000157ns 2.6545842091223V 2.5540670808682V 2.71196365649516V=0A= 1.27800000000157ns 2.65709531036082V 2.55589108222067V 2.71551923359207V=0A= 1.27900000000157ns 2.65759753060852V 2.55623380917073V 2.71623034901145V=0A= 1.28100000000158ns 2.65860197110393V 2.55691926307085V 2.71765257985021V=0A= 1.28400000000158ns 2.66010863184704V 2.55794744392103V 2.71976921942784V=0A= 1.28500000000158ns 2.66061085209474V 2.55829017087109V 2.72043972699806V=0A= 1.2990000000016ns 2.66762262106116V 2.56308834817193V 2.72982683298107V=0A= 1.3000000000016ns 2.6680935490505V 2.56343107512199V 2.73049734055129V=0A= 1.3010000000016ns 2.66856447703983V 2.56377380207205V 2.73114402320374V=0A= 1.3020000000016ns 2.66903540502916V 2.56411652902211V 2.7317726990409V=0A= 1.31800000000162ns 2.6765349740404V 2.56960016022306V 2.74183151243542V=0A= 1.31900000000162ns 2.67696642107565V 2.56991111156944V 2.742418063207V=0A= 1.32000000000162ns 2.6773978681109V 2.57022179588472V 2.74300358532037V=0A= 1.32800000000164ns 2.68084944439292V 2.57270727040696V 2.74768776222727V=0A= 1.33700000000165ns 2.68473246771019V 2.57550342924448V 2.75293683285578V=0A= 1.33800000000165ns 2.68516391474544V 2.57581411355976V 2.75347782303708V=0A= 1.34300000000165ns 2.68727754865092V 2.57736753513617V 2.75618277394357V=0A= 1.34400000000165ns 2.68766027982168V 2.57767821945145V 2.75672376412487V=0A= 1.35700000000167ns 2.69263578504153V 2.58171711555009V 2.76371804476663V=0A= 1.35800000000167ns 2.69301851621229V 2.58202779986537V 2.7642131173548V=0A= 1.37100000000169ns 2.69799402143214V 2.58606570033691V 2.77064906100108V=0A= 1.37200000000169ns 2.6983767526029V 2.58634727321556V 2.77114413358925V=0A= 1.37600000000169ns 2.69988472947596V 2.58747356473016V 2.77312442394196V=0A= 1.37700000000169ns 2.70023166176416V 2.58775513760881V 2.77361949653013V=0A= 1.3780000000017ns 2.70057859405237V 2.58803671048747V 2.77407276362152V=0A= 1.3790000000017ns 2.70092552634057V 2.58831828336612V 2.77452058361101V=0A= 1.40000000000172ns 2.70820500313962V 2.59423131381779V 2.78390900031551V=0A= 1.40100000000172ns 2.7085192519158V 2.59451288669645V 2.78430835207527V=0A= 1.41800000000174ns 2.71386148111096V 2.59928662171155V 2.79109733199118V=0A= 1.41900000000175ns 2.71417572988715V 2.59954582325509V 2.79149668375094V=0A= 1.42400000000175ns 2.71571744468247V 2.60084183097283V 2.79349344254974V=0A= 1.42500000000175ns 2.71600106756274V 2.60110103251638V 2.79385188478704V=0A= 1.42600000000175ns 2.71628469044301V 2.60136023405993V 2.79420175520041V=0A= 1.44700000000178ns 2.72221202227681V 2.60680346647443V 2.80154903388104V=0A= 1.44800000000178ns 2.7224666535886V 2.60706266801798V 2.80189890429441V=0A= 1.45200000000179ns 2.72348517883576V 2.60809947419217V 2.80325081667008V=0A= 1.45300000000179ns 2.72373981014755V 2.60834255317411V 2.80355051068915V=0A= 1.45400000000179ns 2.72399444145934V 2.60857184241179V 2.80385020470822V=0A= 1.47000000000181ns 2.72804413942361V 2.61224047021462V 2.80864530901333V=0A= 1.47100000000181ns 2.72827119720212V 2.6124697594523V 2.8089450030324V=0A= 1.48100000000182ns 2.73054177498721V 2.61476265182907V 2.81193723345535V=0A= 1.48200000000182ns 2.73076883276572V 2.61499194106675V 2.81218657472243V=0A= 1.49300000000184ns 2.73325648390045V 2.61751412268119V 2.81492932866032V=0A= 1.49400000000184ns 2.73345729843208V 2.61774341191887V 2.8151786699274V=0A= 1.50600000000185ns 2.73586707281163V 2.62047494840387V 2.81817076513237V=0A= 1.50700000000185ns 2.73606788734326V 2.62068140131212V 2.81842010639945V=0A= 1.51500000000186ns 2.7376744035963V 2.62233302457812V 2.8203944856382V=0A= 1.51600000000187ns 2.73787521812793V 2.62253947748637V 2.82059419799455V=0A= 1.51700000000187ns 2.73806945843151V 2.62274593039462V 2.8207939103509V=0A= 1.51800000000187ns 2.73824536409561V 2.62295238330287V 2.82099362270724V=0A= 1.54200000000189ns 2.74245900859028V 2.62790725310086V 2.82578671925961V=0A= 1.5430000000019ns 2.74261140540563V 2.6281137060091V 2.82598643161596V=0A= 1.5460000000019ns 2.74306859585168V 2.6287179981241V 2.82658556868501V=0A= 1.5470000000019ns 2.74322099266703V 2.62890606946474V 2.82678528104136V=0A= 1.55400000000191ns 2.74428777037449V 2.6302225688492V 2.8281549149553V=0A= 1.55500000000191ns 2.74444016718984V 2.63041064018983V 2.82830723182346V=0A= 1.56800000000193ns 2.74641204921335V 2.63285556761812V 2.83028735110963V=0A= 1.56900000000193ns 2.74654245904054V 2.63304363895876V 2.8304396679778V=0A= 1.57900000000194ns 2.74784655731244V 2.63491626678884V 2.83196283665947V=0A= 1.58000000000194ns 2.74797696713963V 2.6350870813788V 2.83211515352763V=0A= 1.59500000000196ns 2.74992717271813V 2.63764930022833V 2.83439990655014V=0A= 1.59600000000196ns 2.75003726831869V 2.6378201148183V 2.8345522234183V=0A= 1.60000000000197ns 2.75047765072091V 2.63850337317818V 2.835144210543V=0A= 1.60100000000197ns 2.75058774632147V 2.63867418776814V 2.83526206173954V=0A= 1.61200000000198ns 2.75179879792758V 2.64055125099631V 2.83655842490157V=0A= 1.61300000000198ns 2.75190889352814V 2.64070590944124V 2.83667627609812V=0A= 1.62400000000199ns 2.75310638131341V 2.64240715233544V 2.83797263926015V=0A= 1.625000000002ns 2.75319798611396V 2.64256181078037V 2.8380904904567V=0A= 1.64200000000202ns 2.75475526772347V 2.64519100434414V 2.84006856790285V=0A= 1.64300000000202ns 2.75484687252403V 2.64534566278907V 2.84015838042203V=0A= 1.64600000000202ns 2.75512168692571V 2.64579844397641V 2.8404278179796V=0A= 1.64700000000202ns 2.75521329172627V 2.64593849475269V 2.84051763049879V=0A= 1.65400000000203ns 2.75584637567694V 2.64691885018672V 2.84114631813311V=0A= 1.65500000000203ns 2.75592143473295V 2.64705890096301V 2.8412361306523V=0A= 1.67800000000206ns 2.75764779302116V 2.65026492890879V 2.84330181859363V=0A= 1.67900000000206ns 2.75772285207717V 2.65038249668126V 2.84339163111282V=0A= 1.68600000000207ns 2.75824431115661V 2.65120547108852V 2.84402031874714V=0A= 1.68700000000207ns 2.75830483871842V 2.65132303886098V 2.84409200789431V=0A= 1.68800000000207ns 2.75836536628023V 2.65144060663345V 2.84416235217343V=0A= 1.72100000000211ns 2.76035391481457V 2.65532034312481V 2.84648371338459V=0A= 1.72200000000212ns 2.76040192872209V 2.65543791089728V 2.84655405766371V=0A= 1.72800000000212ns 2.76069001216722V 2.65614331753207V 2.84696734421933V=0A= 1.72900000000212ns 2.76073802607474V 2.65626088530454V 2.84702883060224V=0A= 1.73700000000213ns 2.7611221373349V 2.6571892805263V 2.84752072166557V=0A= 1.73800000000213ns 2.76117015124243V 2.65729276482137V 2.84758220804848V=0A= 1.74900000000215ns 2.76169830422516V 2.6584310920672V 2.84825422971717V=0A= 1.75000000000215ns 2.76174631813268V 2.65853457636227V 2.84830933394912V=0A= 1.75800000000216ns 2.7621268851265V 2.65936245072287V 2.84875016780474V=0A= 1.75900000000216ns 2.76216433904224V 2.65946593501795V 2.84880527203669V=0A= 1.76600000000217ns 2.76242651645244V 2.66019032508347V 2.84919014682812V=0A= 1.76700000000217ns 2.76246397036818V 2.66029380937855V 2.84924205569453V=0A= 1.77400000000218ns 2.76272614777839V 2.66101716075319V 2.84960541775935V=0A= 1.77500000000218ns 2.76276360169413V 2.66110866772806V 2.84965732662575V=0A= 1.77600000000218ns 2.76280105560987V 2.66120017470292V 2.84970705830579V=0A= 1.77700000000218ns 2.76283850952561V 2.66129168167779V 2.84975646426192V=0A= 1.78300000000219ns 2.76306323302007V 2.66184072352699V 2.85005277680603V=0A= 1.78400000000219ns 2.76310068693582V 2.66193223050186V 2.85010003271538V=0A= 1.7910000000022ns 2.76336286434602V 2.66257277932593V 2.85042903616557V=0A= 1.7920000000022ns 2.76340031826176V 2.66266428630079V 2.85047435768432V=0A= 1.79700000000221ns 2.76358758784048V 2.66312182117513V 2.85070074258009V=0A= 1.79800000000221ns 2.76362504175622V 2.66321332814999V 2.85074428099335V=0A= 1.79900000000221ns 2.76365783077479V 2.66330483512486V 2.85078781940662V=0A= 1.80000000000221ns 2.76368655390095V 2.66339634209973V 2.85083135781989V=0A= 1.80400000000221ns 2.76380144640562V 2.66376236999919V 2.85100466712335V=0A= 1.80500000000222ns 2.76383016953179V 2.66385387697406V 2.85104652199998V=0A= 1.80900000000222ns 2.76394506203646V 2.66421236917646V 2.85121394150649V=0A= 1.81000000000222ns 2.76397378516263V 2.66429310540131V 2.85125579638312V=0A= 1.81100000000222ns 2.7640025082888V 2.66437384162616V 2.85129616894262V=0A= 1.81200000000222ns 2.76403123141496V 2.664454577851V 2.85133638290419V=0A= 1.81700000000223ns 2.7641748470458V 2.66485825897524V 2.85153725589948V=0A= 1.81800000000223ns 2.76420357017197V 2.66493899520008V 2.85157577728186V=0A= 1.82500000000224ns 2.76440463205514V 2.66550414877401V 2.85184402107597V=0A= 1.82600000000224ns 2.76443335518131V 2.66558488499886V 2.85188052738676V=0A= 1.83400000000225ns 2.76466314019064V 2.66623077479763V 2.8521722802041V=0A= 1.83500000000225ns 2.76469186331681V 2.66631151102248V 2.85220707821309V=0A= 1.84300000000226ns 2.76492164832615V 2.6669510126664V 2.85248461926204V=0A= 1.84400000000226ns 2.76494728967626V 2.6670220194217V 2.85251782614884V=0A= 1.84500000000226ns 2.76496894014599V 2.667093026177V 2.85255103303563V=0A= 1.85200000000227ns 2.76512049343412V 2.66759007346411V 2.85278158616437V=0A= 1.85300000000227ns 2.76514214390385V 2.66766108021941V 2.8528126795071V=0A= 1.86400000000229ns 2.76538029907091V 2.66844215452773V 2.85315410941962V=0A= 1.86500000000229ns 2.76540194954064V 2.66851316128303V 2.85318338189279V=0A= 1.8760000000023ns 2.7656401047077V 2.66929423559134V 2.85350332510805V=0A= 1.8770000000023ns 2.76566175517743V 2.66936014765893V 2.85352965507716V=0A= 1.87800000000231ns 2.76568340564716V 2.66942233162127V 2.85355598504627V=0A= 1.89500000000233ns 2.7660472339388V 2.67047945898106V 2.85400359452114V=0A= 1.89600000000233ns 2.76606326684861V 2.6705416429434V 2.85402992449025V=0A= 1.89700000000233ns 2.76607929975842V 2.67060382690574V 2.85405484801375V=0A= 1.89800000000233ns 2.76609533266823V 2.67066601086808V 2.85407914740788V=0A= 1.91100000000235ns 2.76630376049579V 2.67147337183924V 2.85439503953155V=0A= 1.91200000000235ns 2.7663197934056V 2.67152755403723V 2.85441861690663V=0A= 1.91300000000235ns 2.76633582631542V 2.67158173623522V 2.85443942700935V=0A= 1.94300000000239ns 2.76681681360978V 2.67320720217483V 2.85506297860552V=0A= 1.94400000000239ns 2.7668328465196V 2.67326138437282V 2.85508059774741V=0A= 1.94600000000239ns 2.76686491233922V 2.67336948381406V 2.85511583603119V=0A= 1.94700000000239ns 2.76688094524903V 2.67341642765749V 2.85513345517307V=0A= 1.9530000000024ns 2.76697527214771V 2.67369809071805V 2.85523917002439V=0A= 1.9540000000024ns 2.76698692090231V 2.67374503456148V 2.85525678916628V=0A= 1.97600000000243ns 2.76724319350345V 2.67477779911689V 2.85564326890108V=0A= 1.97700000000243ns 2.76725484225804V 2.67482474296031V 2.85565753534535V=0A= 1.98200000000243ns 2.76731308603103V 2.67505907659177V 2.85572886756674V=0A= 1.98300000000243ns 2.76732473478563V 2.67509950306717V 2.85574313401102V=0A= 2.01900000000248ns 2.76774408995113V 2.67655485618167V 2.85625485727794V=0A= 2.02000000000248ns 2.76775573870572V 2.67658956189177V 2.85626667312473V=0A= 2.02100000000248ns 2.76776738746032V 2.67662415249796V 2.85627848897152V=0A= 2.02300000000248ns 2.76778815416715V 2.67669333371033V 2.8563021206651V=0A= 2.02400000000248ns 2.76779642220629V 2.67672792431652V 2.85631393651189V=0A= 2.05600000000252ns 2.76806099945903V 2.67783482371444V 2.85669139166807V=0A= 2.05700000000252ns 2.76806926749817V 2.67786941432063V 2.85670138539309V=0A= 2.05800000000253ns 2.76807753553732V 2.67790112527587V 2.85671137911812V=0A= 2.05900000000253ns 2.76808580357647V 2.67793052580105V 2.85672137284314V=0A= 2.08900000000256ns 2.76833384475091V 2.67881254155643V 2.85702103351964V=0A= 2.09000000000257ns 2.76834211279005V 2.67884194208161V 2.85702952119494V=0A= 2.09800000000257ns 2.76840825710324V 2.67907472258126V 2.85709742259741V=0A= 2.09900000000258ns 2.76841652514238V 2.67909954322098V 2.85710591027272V=0A= 2.11200000000259ns 2.76852314821934V 2.67942221153732V 2.85721625005173V=0A= 2.11300000000259ns 2.76853006676777V 2.67944703217704V 2.85722473772703V=0A= 2.12300000000261ns 2.768599252252V 2.67969523857422V 2.85730856812119V=0A= 2.12400000000261ns 2.76860617080042V 2.67972005921394V 2.85731581431501V=0A= 2.14000000000263ns 2.7687168675752V 2.68011466615211V 2.85743175341602V=0A= 2.14100000000263ns 2.76872378612362V 2.68013547796733V 2.85743899960984V=0A= 2.15600000000265ns 2.76882756434998V 2.68044765519566V 2.85754709321537V=0A= 2.15700000000265ns 2.7688344828984V 2.68046846701088V 2.85755331557472V=0A= 2.16000000000265ns 2.76885514609247V 2.68053090245655V 2.85757198265276V=0A= 2.16100000000265ns 2.76886125613169V 2.68055171427177V 2.85757820501211V=0A= 2.18400000000268ns 2.7690017870338V 2.6810284999364V 2.8577213192771V=0A= 2.18500000000268ns 2.76900789707302V 2.68104583204853V 2.85772754163645V=0A= 2.18900000000268ns 2.76903233722991V 2.68111516049704V 2.85775215354262V=0A= 2.19000000000269ns 2.76903844726913V 2.68113249260917V 2.85775752943328V=0A= 2.1960000000027ns 2.76907483267406V 2.68123648528193V 2.85778978477723V=0A= 2.1970000000027ns 2.76908050855531V 2.68125381739406V 2.85779516066789V=0A= 2.21800000000272ns 2.76919949025968V 2.68161779174874V 2.85790805437173V=0A= 2.21900000000272ns 2.76920490466877V 2.68163512386087V 2.85791343026239V=0A= 2.22200000000273ns 2.76922114789603V 2.68168712019725V 2.85792950845552V=0A= 2.22300000000273ns 2.76922656230512V 2.68170445230938V 2.85793418140914V=0A= 2.23100000000274ns 2.76926987757784V 2.68184041267997V 2.85797156503814V=0A= 2.23200000000274ns 2.76927520213798V 2.68185475017795V 2.85797623799177V=0A= 2.23300000000274ns 2.76928040547099V 2.68186908767593V 2.85798091094539V=0A= 2.24500000000275ns 2.76934270468107V 2.68204113765164V 2.85803698638889V=0A= 2.24600000000276ns 2.76934772994557V 2.68205547514961V 2.85804165934251V=0A= 2.25600000000277ns 2.76939796225285V 2.68219885012938V 2.85808791147067V=0A= 2.25700000000277ns 2.76940283124049V 2.68221318762735V 2.85809199714004V=0A= 2.26800000000278ns 2.7694562510391V 2.68237090010509V 2.85813693950303V=0A= 2.26900000000279ns 2.76946097726761V 2.68238523760307V 2.8581410251724V=0A= 2.2780000000028ns 2.7695035111622V 2.68251427508485V 2.85817779619667V=0A= 2.2790000000028ns 2.76950810547764V 2.68252861258283V 2.85818188186603V=0A= 2.2800000000028ns 2.76951269979308V 2.68254227605023V 2.8581859675354V=0A= 2.2810000000028ns 2.76951729410852V 2.6825540580662V 2.85819005320476V=0A= 2.28900000000281ns 2.76955404863206V 2.682648314194V 2.85822226203932V=0A= 2.29000000000281ns 2.76955853126456V 2.68266009620998V 2.85822548977403V=0A= 2.29100000000281ns 2.76956299601383V 2.68267187822596V 2.85822871750874V=0A= 2.30200000000282ns 2.76961200050827V 2.68280148040168V 2.8582642225905V=0A= 2.30300000000282ns 2.76961632018826V 2.68281326241766V 2.8582674503252V=0A= 2.31700000000284ns 2.76967676547004V 2.68297821064131V 2.85831263861109V=0A= 2.31800000000284ns 2.76968096550698V 2.68298999265729V 2.85831586634579V=0A= 2.33200000000286ns 2.76973974653573V 2.68315494088094V 2.85836105463167V=0A= 2.33300000000286ns 2.7697438498987V 2.68316654387735V 2.85836428236638V=0A= 2.33400000000286ns 2.76974795326166V 2.68317616239814V 2.85836751010108V=0A= 2.34700000000288ns 2.76980125893863V 2.68330120316848V 2.85840947065226V=0A= 2.34800000000288ns 2.76980524831752V 2.68331082168928V 2.85841269838696V=0A= 2.35500000000289ns 2.7698331739698V 2.68337815133485V 2.85843526962949V=0A= 2.35600000000289ns 2.76983716334869V 2.68338776985564V 2.85843793144547V=0A= 2.36900000000291ns 2.76988894486065V 2.68351281062598V 2.85847253505319V=0A= 2.37000000000291ns 2.76989284477558V 2.68352242914678V 2.85847519686916V=0A= 2.38900000000293ns 2.76996692345378V 2.68370518104189V 2.85852577137274V=0A= 2.39000000000293ns 2.76997069877354V 2.68371479956268V 2.85852843318872V=0A= 2.39100000000293ns 2.7699744740933V 2.68372324720838V 2.8585310950047V=0A= 2.39200000000293ns 2.76997824941306V 2.68373104369385V 2.85853375682068V=0A= 2.41100000000296ns 2.77004998048846V 2.68387917691772V 2.85858411890577V=0A= 2.41200000000296ns 2.77005375580822V 2.68388697340319V 2.85858602576385V=0A= 2.42300000000297ns 2.7700952838995V 2.68397273474332V 2.85860700120264V=0A= 2.42400000000297ns 2.77009900769557V 2.68398053122879V 2.85860890806071V=0A= 2.45200000000301ns 2.77020327330337V 2.68419883282186V 2.85866230008673V=0A= 2.45300000000301ns 2.77020699390635V 2.68420662930733V 2.8586642069448V=0A= 2.45400000000301ns 2.77021071450933V 2.6842129572811V 2.85866611380287V=0A= 2.45500000000301ns 2.77021443511231V 2.68421923405197V 2.85866802066094V=0A= 2.48100000000304ns 2.77031119413069V 2.68438243009454V 2.85871759897081V=0A= 2.48200000000304ns 2.77031497043113V 2.68438870686541V 2.85871950582888V=0A= 2.51000000000308ns 2.77042077741142V 2.68456445644971V 2.8587728978549V=0A= 2.51100000000308ns 2.770424666718V 2.68457073322058V 2.85877480471297V=0A= 2.52300000000309ns 2.770471338397V 2.6846452464994V 2.85879734684232V=0A= 2.52400000000309ns 2.77047522770358V 2.68465025532393V 2.85879880796618V=0A= 2.53900000000311ns 2.77053369906629V 2.6847253876919V 2.85882072482409V=0A= 2.54000000000312ns 2.77053774715119V 2.68473039651643V 2.85882218594795V=0A= 2.56700000000315ns 2.77064705201656V 2.68486563477877V 2.85886163629218V=0A= 2.56800000000315ns 2.77065128652326V 2.6848706436033V 2.85886309741604V=0A= 2.59600000000318ns 2.77076989944164V 2.68501089069017V 2.85890400888413V=0A= 2.59700000000318ns 2.77077432812813V 2.6850158995147V 2.85890547000799V=0A= 2.60100000000319ns 2.77079204287411V 2.68503547083379V 2.85891131450343V=0A= 2.60200000000319ns 2.77079647156061V 2.68503941613064V 2.85891277562729V=0A= 2.6120000000032ns 2.77084075842555V 2.68507886909907V 2.85892717842679V=0A= 2.6130000000032ns 2.77084518711205V 2.68508281439592V 2.85892810433555V=0A= 2.62500000000322ns 2.77089841349865V 2.68513015795804V 2.8589392152407V=0A= 2.62600000000322ns 2.77090302635222V 2.68513410325488V 2.85894014114946V=0A= 2.65400000000325ns 2.77103231110846V 2.68524457156649V 2.85896606659481V=0A= 2.65500000000326ns 2.77103711562052V 2.68524851686334V 2.85896699250357V=0A= 2.6920000000033ns 2.77121488256683V 2.68539424343411V 2.85900125112777V=0A= 2.6930000000033ns 2.77121968707889V 2.68539749232193V 2.85900217703653V=0A= 2.71100000000332ns 2.77130617610479V 2.68545597230271V 2.85901884339425V=0A= 2.71200000000332ns 2.771311106061V 2.68545922119053V 2.85901976930302V=0A= 2.75900000000338ns 2.77154281416436V 2.6856119189181V 2.85906328701484V=0A= 2.76000000000338ns 2.77154776192035V 2.68561516780592V 2.8590642129236V=0A= 2.7700000000034ns 2.77159723948031V 2.68564733431598V 2.85907347201122V=0A= 2.7710000000034ns 2.7716021872363V 2.68565018402461V 2.85907439791999V=0A= 2.79100000000342ns 2.77170114235622V 2.68570717819729V 2.85909270160178V=0A= 2.79200000000342ns 2.77170609011221V 2.68571002790593V 2.85909329342066V=0A= 2.80800000000344ns 2.77178517801513V 2.68575562324407V 2.8591027625227V=0A= 2.80900000000344ns 2.7717900460639V 2.6857584729527V 2.85910335434158V=0A= 2.82300000000346ns 2.77185819874672V 2.68579814986492V 2.85911163980587V=0A= 2.82400000000346ns 2.77186306679549V 2.68580073775199V 2.85911223162475V=0A= 2.8560000000035ns 2.77201869822449V 2.68588355013846V 2.85913116982884V=0A= 2.8570000000035ns 2.77202340439787V 2.68588613802554V 2.85913176164772V=0A= 2.86200000000351ns 2.77204693526477V 2.68589905484468V 2.85913472074211V=0A= 2.86300000000351ns 2.77205164143815V 2.68590149627682V 2.85913531256099V=0A= 2.88700000000354ns 2.77216458959925V 2.68595999126195V 2.85914951621406V=0A= 2.88800000000354ns 2.77216929577263V 2.68596230920225V 2.85915010803294V=0A= 2.90400000000356ns 2.77224440234197V 2.68599939624701V 2.85915957713499V=0A= 2.90500000000356ns 2.77224888227845V 2.6860017141873V 2.85916016895387V=0A= 2.90800000000357ns 2.77226232208787V 2.68600864683564V 2.8591619444105V=0A= 2.90900000000357ns 2.77226680202435V 2.68601085881797V 2.85916253622938V=0A= 2.92800000000359ns 2.77235192081738V 2.68605284872735V 2.85917378078806V=0A= 2.92900000000359ns 2.77235640075385V 2.6860549638214V 2.85917437260693V=0A= 2.94700000000361ns 2.77243703961041V 2.68609301191178V 2.85918502534674V=0A= 2.94800000000361ns 2.77244151954688V 2.68609503380026V 2.85918561716562V=0A= 2.95200000000362ns 2.77245922261445V 2.68610312135418V 2.85918798444113V=0A= 2.95300000000362ns 2.77246343047999V 2.68610514324266V 2.85918857626001V=0A= 2.96700000000364ns 2.77252234059747V 2.68613336024811V 2.8591968617243V=0A= 2.96800000000364ns 2.772526548463V 2.68613528536859V 2.85919745354318V=0A= 2.97300000000364ns 2.77254758779067V 2.68614491097098V 2.85920011309039V=0A= 2.97400000000364ns 2.7725517956562V 2.68614683609146V 2.85920039952558V=0A= 2.98800000000366ns 2.77261070577368V 2.68617368561158V 2.85920440961821V=0A= 2.98900000000366ns 2.77261491363921V 2.68617549471009V 2.8592046960534V=0A= 3.00000000000368ns 2.77266097672725V 2.68619539479361V 2.85920784684046V=0A= [Falling Waveform]=0A= R_fixture =3D 50.0=0A= V_fixture =3D 2.775V=0A= V_fixture_min =3D 2.69V=0A= V_fixture_max =3D 2.86V=0A= 0s 2.77451V 2.68949V 2.85943V=0A= 10.0ps 2.77071V 2.68712V 2.84127V=0A= 20.0ps 2.76506V 2.68385V 2.81839V=0A= 30.0ps 2.75706V 2.67935V 2.79031V=0A= 40.0ps 2.74642V 2.67339V 2.75681V=0A= 50.0ps 2.73259V 2.66567V 2.71837V=0A= 60.0ps 2.71518V 2.65602V 2.67521V=0A= 70.0ps 2.69446V 2.64423V 2.62726V=0A= 80.0ps 2.66958V 2.63013V 2.57507V=0A= 90.0ps 2.64137V 2.61368V 2.51907V=0A= 100.0ps 2.60913V 2.59483V 2.45906V=0A= 110.0ps 2.57361V 2.57356V 2.3959V=0A= 120.0ps 2.53442V 2.54988V 2.32936V=0A= 130.0ps 2.49206V 2.5235V 2.26021V=0A= 140.0ps 2.4466V 2.49469V 2.18828V=0A= 150.0ps 2.39838V 2.46395V 2.11443V=0A= 160.0ps 2.35721V 2.4371V 2.05267V=0A= 170.0ps 2.32351V 2.41484V 2.00319V=0A= 180.0ps 2.29571V 2.39624V 1.96085V=0A= 190.0ps 2.27028V 2.37977V 1.92396V=0A= 200.0ps 2.24762V 2.36516V 1.89165V=0A= 210.0ps 2.22749V 2.35223V 1.86317V=0A= 220.0ps 2.20851V 2.33978V 1.83744V=0A= 230.0ps 2.19134V 2.32867V 1.8135V=0A= 240.0ps 2.175V 2.31817V 1.79097V=0A= 250.0ps 2.15991V 2.3086V 1.76997V=0A= 260.0ps 2.14496V 2.29915V 1.74924V=0A= 270.0ps 2.13118V 2.29083V 1.72946V=0A= 280.0ps 2.11741V 2.28252V 1.70994V=0A= 290.0ps 2.10485V 2.27447V 1.69111V=0A= 300.0ps 2.09228V 2.26708V 1.67253V=0A= 310.0ps 2.07978V 2.2597V 1.65426V=0A= 320.0ps 2.06802V 2.25246V 1.63653V=0A= 330.0ps 2.05626V 2.24585V 1.6188V=0A= 340.0ps 2.04481V 2.23924V 1.60111V=0A= 350.0ps 2.03371V 2.23264V 1.58401V=0A= 360.0ps 2.02261V 2.22606V 1.5669V=0A= 370.0ps 2.01178V 2.21991V 1.5498V=0A= 380.0ps 2.0013V 2.21377V 1.5331V=0A= 390.0ps 1.99083V 2.20762V 1.5165V=0A= 400.0ps 1.98035V 2.20169V 1.49989V=0A= 410.0ps 1.97009V 2.19591V 1.48361V=0A= 420.0ps 1.96017V 2.19013V 1.46751V=0A= 430.0ps 1.95026V 2.18435V 1.45142V=0A= 440.0ps 1.94034V 2.17874V 1.43533V=0A= 450.0ps 1.93052V 2.17327V 1.4198V=0A= 460.0ps 1.921V 2.16781V 1.40446V=0A= 470.0ps 1.91149V 2.16234V 1.38912V=0A= 480.0ps 1.90207V 2.15687V 1.37378V=0A= 490.0ps 1.89298V 2.15148V 1.35843V=0A= 500.0ps 1.88389V 2.14624V 1.34309V=0A= 510.0ps 1.8748V 2.14099V 1.32775V=0A= 520.0ps 1.86578V 2.13575V 1.31269V=0A= 530.0ps 1.85702V 2.1305V 1.29782V=0A= 540.0ps 1.84825V 2.12526V 1.28296V=0A= 550.0ps 1.83948V 2.12018V 1.26809V=0A= 560.0ps 1.83079V 2.11513V 1.25329V=0A= 570.0ps 1.82241V 2.11007V 1.23867V=0A= 580.0ps 1.81403V 2.10501V 1.22405V=0A= 590.0ps 1.80564V 2.09996V 1.20953V=0A= 610.0ps 1.78888V 2.08984V 1.18075V=0A= 620.0ps 1.78049V 2.0849V 1.16637V=0A= 630.0ps 1.77211V 2.07998V 1.1522V=0A= 640.0ps 1.76376V 2.07506V 1.13804V=0A= 660.0ps 1.74746V 2.06522V 1.10974V=0A= 670.0ps 1.73931V 2.0603V 1.09575V=0A= 680.0ps 1.73116V 2.05538V 1.0818V=0A= 690.0ps 1.72301V 2.05057V 1.06784V=0A= 700.0ps 1.71488V 2.04579V 1.05392V=0A= 710.0ps 1.70691V 2.041V 1.04014V=0A= 720.0ps 1.69894V 2.03622V 1.02636V=0A= 730.0ps 1.69096V 2.03144V 1.01258V=0A= 740.0ps 1.68299V 2.02665V 998.93484mV=0A= 750.0ps 1.67502V 2.02187V 985.31597mV=0A= 760.0ps 1.66724V 2.01708V 971.69709mV=0A= 770.0ps 1.65951V 2.0123V 958.22013mV=0A= 780.0ps 1.65178V 2.00767V 944.75586mV=0A= 790.0ps 1.64406V 2.00306V 931.33071mV=0A= 800.0ps 1.63633V 1.99844V 918.01651mV=0A= 810.0ps 1.62861V 1.99383V 904.70231mV=0A= 820.0ps 1.62088V 1.98922V 891.51288mV=0A= 830.0ps 1.61315V 1.98461V 878.34358mV=0A= 840.0ps 1.6056V 1.97999V 865.27327mV=0A= 850.0ps 1.59817V 1.97538V 852.24264mV=0A= 860.0ps 1.59074V 1.97077V 839.32031mV=0A= 870.0ps 1.58331V 1.96616V 826.43729mV=0A= 880.0ps 1.57588V 1.96154V 813.67569mV=0A= 890.0ps 1.56845V 1.95695V 800.98633mV=0A= 900.0ps 1.56102V 1.9525V 788.37017mV=0A= 910.0ps 1.55359V 1.94804V 775.89826mV=0A= 920.0ps 1.54616V 1.94359V 763.47935mV=0A= 930.0ps 1.53873V 1.93913V 751.21323mV=0A= 940.0ps 1.53161V 1.93468V 739.02704mV=0A= 950.0ps 1.52449V 1.93023V 726.97209mV=0A= 960.0ps 1.51737V 1.92577V 715.03564mV=0A= 970.0ps 1.51025V 1.92132V 703.21895mV=0A= 980.0ps 1.50313V 1.91686V 691.55446mV=0A= 990.0ps 1.49601V 1.9125V 680.00707mV=0A= 1000.0ps 1.48889V 1.9082V 668.64514mV=0A= 1.01ns 1.48177V 1.90389V 657.40196mV=0A= 1.02ns 1.47465V 1.89959V 646.38184mV=0A= 1.03ns 1.46765V 1.89528V 635.47644mV=0A= 1.04ns 1.46081V 1.89097V 624.8433mV=0A= 1.05ns 1.45398V 1.88667V 614.29848mV=0A= 1.06ns 1.44714V 1.88236V 604.09654mV=0A= 1.07ns 1.44031V 1.87811V 594.01461mV=0A= 1.08ns 1.43347V 1.87398V 584.17543mV=0A= 1.09ns 1.42664V 1.86986V 574.6013mV=0A= 1.1ns 1.4198V 1.86573V 565.2553mV=0A= 1.11ns 1.41297V 1.8616V 556.17501mV=0A= 1.12ns 1.40632V 1.85748V 547.34727mV=0A= 1.13ns 1.39974V 1.85335V 538.88608mV=0A= 1.14ns 1.39315V 1.84922V 530.61835mV=0A= 1.15ns 1.38657V 1.84509V 522.79645mV=0A= 1.16ns 1.37999V 1.84097V 514.97454mV=0A= 1.17ns 1.3734V 1.83684V 507.35832mV=0A= 1.18ns 1.36682V 1.8328V 499.98402mV=0A= 1.19ns 1.36024V 1.82883V 492.89328mV=0A= 1.2ns 1.35379V 1.82486V 486.02845mV=0A= 1.21ns 1.34742V 1.82089V 479.40349mV=0A= 1.22ns 1.34106V 1.81692V 473.0141mV=0A= 1.23ns 1.33469V 1.81295V 466.85248mV=0A= 1.24ns 1.32833V 1.80898V 460.91012mV=0A= 1.25ns 1.32196V 1.80501V 455.17864mV=0A= 1.26ns 1.3156V 1.80104V 449.65533mV=0A= 1.27ns 1.30923V 1.79707V 444.34533mV=0A= 1.28ns 1.30303V 1.79312V 439.2224mV=0A= 1.29ns 1.29685V 1.78935V 434.27909mV=0A= 1.3ns 1.29067V 1.78558V 429.50828mV=0A= 1.31ns 1.2845V 1.78181V 424.9073mV=0A= 1.32ns 1.27832V 1.77804V 420.48508mV=0A= 1.33ns 1.27214V 1.77428V 416.21442mV=0A= 1.34ns 1.26597V 1.77051V 412.0894mV=0A= 1.35ns 1.25983V 1.76674V 408.10436mV=0A= 1.36ns 1.25382V 1.76297V 404.26774mV=0A= 1.37ns 1.24781V 1.75921V 400.56464mV=0A= 1.38ns 1.24179V 1.75544V 396.98321mV=0A= 1.39ns 1.23578V 1.75167V 393.51789mV=0A= 1.4ns 1.22977V 1.7479V 390.1704mV=0A= 1.41ns 1.22376V 1.74413V 386.95245mV=0A= 1.42ns 1.21775V 1.74037V 383.85934mV=0A= 1.43ns 1.21188V 1.7366V 380.84017mV=0A= 1.44ns 1.20602V 1.73285V 377.94102mV=0A= 1.45ns 1.20015V 1.72929V 375.13287mV=0A= 1.46ns 1.19428V 1.72572V 372.42031mV=0A= 1.47ns 1.18842V 1.72216V 369.78807mV=0A= 1.48ns 1.18255V 1.71859V 367.23584mV=0A= 1.49ns 1.17671V 1.71503V 364.78388mV=0A= 1.5ns 1.17098V 1.71146V 362.38288mV=0A= 1.51ns 1.16525V 1.7079V 360.05137mV=0A= 1.52ns 1.15951V 1.70433V 357.77918mV=0A= 1.53ns 1.15378V 1.70076V 355.57628mV=0A= 1.54ns 1.14804V 1.6972V 353.43042mV=0A= 1.55ns 1.14231V 1.69363V 351.35389mV=0A= 1.56ns 1.13668V 1.69007V 349.28332mV=0A= 1.57ns 1.13107V 1.6865V 347.29199mV=0A= 1.58ns 1.12546V 1.68294V 345.34533mV=0A= 1.59ns 1.11984V 1.67937V 343.44676mV=0A= 1.6ns 1.11423V 1.67581V 341.59358mV=0A= 1.61ns 1.10862V 1.67224V 339.80678mV=0A= 1.62ns 1.10311V 1.66887V 338.01999mV=0A= 1.63ns 1.09761V 1.6655V 336.30052mV=0A= 1.65ns 1.08662V 1.65877V 332.95521mV=0A= 1.66ns 1.08113V 1.6554V 331.35689mV=0A= 1.67ns 1.07566V 1.65203V 329.8083mV=0A= 1.68ns 1.07028V 1.64867V 328.25972mV=0A= 1.69ns 1.06489V 1.6453V 326.71113mV=0A= 1.7ns 1.0595V 1.64193V 325.27551mV=0A= 1.71ns 1.05411V 1.63857V 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39.48ns 367.21133mV 686.98767mV 212.73928mV=0A= 39.49ns 367.20645mV 686.97802mV 212.73632mV=0A= 39.5ns 367.20157mV 686.96836mV 212.73337mV=0A= 39.66ns 367.12344mV 686.81386mV 212.68607mV=0A= 39.76ns 367.07461mV 686.7173mV 212.6565mV=0A= 39.77ns 367.06973mV 686.70765mV 212.65355mV=0A= 39.78ns 367.06485mV 686.69799mV 212.65059mV=0A= 39.79ns 367.05997mV 686.68838mV 212.64764mV=0A= 39.9ns 367.00626mV 686.58354mV 212.61512mV=0A= | Removed startup time: (0.0 0.0 0.0).=0A= | Removed end time: 3.989e-8.=0A= [End]=0A= - ------=_NextPart_000_01B7_01C8D551.692AD0A0-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ 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