From owner-ibis Fri Nov 3 21:50:24 2000 Received: from ptldpop5.ptld.uswest.net (pop.ptld.uswest.net [198.36.160.5]) by server.eda.org (8.11.0/8.11.0) with SMTP id eA45oNX22506 for ; Fri, 3 Nov 2000 21:50:24 -0800 (PST) Received: (qmail 92970 invoked by alias); 4 Nov 2000 05:47:15 -0000 Delivered-To: fixup-ibis-users@eda.org@fixme Received: (qmail 92961 invoked by uid 0); 4 Nov 2000 05:47:14 -0000 Received: from unknown (HELO vasthorizons.com) (63.225.95.1) by pop.ptld.uswest.net with SMTP; 4 Nov 2000 05:47:14 -0000 Message-ID: <3A03A2E3.C4B606C0@vasthorizons.com> Date: Fri, 03 Nov 2000 21:47:15 -0800 From: Scott McMorrow Organization: SiQual X-Mailer: Mozilla 4.75 [en] (Windows NT 5.0; U) X-Accept-Language: en MIME-Version: 1.0 To: ibis Subject: [Fwd: Re: IBIS BIRD67.1 - Increase V-T Table 100 Point Limit] Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Al, > > However, in most cases the existing 100, or even 30, is plenty of > points. Accuracy is limited elsewhere. > True for poorly constructed models. However, at SiQual we have shown that with 100 total waveform tables points worst case accuracy is limited to about 94% of the original HSpice. We have also shown that with enough waveform table points IBIS models can have better than 99% accuracy. > > Many models have only one waveform of each type, which is measured > with a particular load. Even if the measurement is highly accurate > with that load, the waveform is only a guess with any other load. > Therefore, accuracy can be better by supplying additional waveforms > with diffrerent loads, or loads to different reference voltages. > This is true in the extreme with differential drivers, where the only > correct load is the differential one, with the other end connected to > the other side's driver. Although only one set of waveform tables at one operating point may seem like an accuracy issue. In reality, most CMOS devices are quite linear and predictable. The waveform tables scale quite nicely with little <1% loss in overall accuracy. > > > Another issue is proper choice of the time points. Many have 100 > points, but all of the action is in 3 points. First, there are too > few points in the action region. Second, and as important, data in > the nearly steady region is often contaminated by noise or limited by > numeric granularity. > > Consider ...... > 0 0.22 > 1n 0.22 > 2n 0.22 > 3n 0.22 > 4n 0.23 > 5n 0.23 > 6n 0.23 > 7n 0.23 > 8n 0.24 > 9n 0.24 > > You might naively interpret this to mean the voltage is increasing > slowly. What the data says is that it remains constant until 4ns, > then jumps , remaining constant again until 8ns, jumping again. If > this is driving a capacitor, you get a current spike at 4ns and 8ns, > with no current elsewhere. > > But, likely the intent is that the voltage is increasing slowly. > Accuracy is actually improved by removing points, in this case giving > only 0, 4n, and 8n. Interesting, but you are assuming some sort of interpolation technique between points. This is not defined in the specification. Interpolation or not to interpolate is left as an implementation decision. HSpice, as one example, does not interpolate between points. It reproduces exactly what is given. The issue you bring up is better resolved by higher precision in the tables. What you show is a definite problem with the original s2ibis2 code, where all data tables were limited to 2 decimal digits of precision. I personally fixed this code and supplied the source files as s2ibis2fix over 2 1/2 years ago. Yet to this day I still see ibis models extracted with the original code. Your point is well taken regarding what portion of a curve to extract. We take extreme care to extract only the salient portions of the rising and falling waveform tables, in order to maximize the accuracy of the captured data within the context of a limited number of points. Yet, even with more points, it will still be possible to extract with low precision and with additional points in uninteresting areas of the curve. best regards, scott -- Scott McMorrow Principal Engineer SiQual, Signal Quality Engineering 18735 SW Boones Ferry Road Tualatin, OR 97062-3090 (503) 885-1231 http://www.siqual.com From owner-ibis Wed Nov 8 10:11:53 2000 Received: from imo-r18.mail.aol.com (imo-r18.mx.aol.com [152.163.225.72]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA8IBoX17509 for ; Wed, 8 Nov 2000 10:11:52 -0800 (PST) Received: from MaryMargaretTang@aol.com by imo-r18.mx.aol.com (mail_out_v28.32.) id e.25.d2366c9 (3978) for ; Wed, 8 Nov 2000 12:56:19 -0500 (EST) From: MaryMargaretTang@aol.com Message-ID: <25.d2366c9.273aedc2@aol.com> Date: Wed, 8 Nov 2000 12:56:18 EST Subject: (no subject) To: Ravi.Patel@ps.net MIME-Version: 1.0 Content-Type: text/plain; charset="US-ASCII" Content-Transfer-Encoding: 7bit X-Mailer: Windows AOL sub 123 From owner-ibis Wed Nov 8 14:23:15 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA8MNBX18392 for ; Wed, 8 Nov 2000 14:23:14 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Wed, 8 Nov 2000 17:24:23 -0500 Message-ID: <85893468B47AD411818100306E00E1841A879D@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: using IBIS models in Hyperlynx Date: Wed, 8 Nov 2000 17:24:22 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C049D2.A4C436FA" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C049D2.A4C436FA Content-Type: text/plain; charset="iso-8859-1" Hi, I have a question regarding how Hyperlynx uses IBIS models. I just started using BoardSim to run some signal integrity analysis using IBIS models for my output driver. In the digital oscilloscope window, I can choose th driver waveform to be either rising or falling edge. How does Hyperlynx determine how fast the transition is? I tried playing around with my IBIS model (changing the ramp data manually), but I didn't see any changes. Any feedback would be appreciated. Thanks, Betty Luk ------_=_NextPart_001_01C049D2.A4C436FA Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I have a question regarding how Hyperlynx uses IBIS models.  I just started using BoardSim to run some signal integrity analysis using IBIS models for my output driver.  In the digital oscilloscope window, I can choose th driver waveform to be either rising or falling edge.  How does Hyperlynx determine how fast the transition is?  I tried playing around with my IBIS model (changing the ramp data manually), but I didn't see any changes.
 
Any feedback would be appreciated.
 
Thanks,
Betty Luk
------_=_NextPart_001_01C049D2.A4C436FA-- From owner-ibis Wed Nov 8 14:55:54 2000 Received: from pop.nwlink.com (pop.nwlink.com [209.20.130.39]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA8MtoX18491 for ; Wed, 8 Nov 2000 14:55:53 -0800 (PST) Received: from ip210.c246.blk1.bel.nwlink.com (ip210.c246.blk1.bel.nwlink.com [209.20.246.210]) by pop.nwlink.com (8.9.3/8.9.3) with SMTP id OAA02673; Wed, 8 Nov 2000 14:52:38 -0800 (PST) Received: from mail.hyperlynx.com by ip210.c246.blk1.bel.nwlink.com via smtpd (for pop.nwlink.com [209.20.130.39]) with SMTP; 8 Nov 2000 22:51:20 UT Received: from hlgw.hyperlynx.com ([192.168.148.149]) by hazard.hyperlynx.com (8.9.3/8.9.3/SuSE Linux 8.9.3-0.1) with SMTP id OAA21157; Wed, 8 Nov 2000 14:52:32 -0800 Message-ID: <002b01c049d6$b4a6e780$9594a8c0@hyperlynx.com> From: "Matthew Flora" To: , "Betty Luk" Received: from SQUIDGE by hlgw.hyperlynx.com via smtpd (for mail.hyperlynx.com [192.168.149.2]) with SMTP; 8 Nov 2000 22:51:19 UT References: <85893468B47AD411818100306E00E1841A879D@nttoex1.genesis-microchip.on.ca> Subject: Re: using IBIS models in Hyperlynx Date: Wed, 8 Nov 2000 14:53:21 -0800 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.50.4133.2400 X-MimeOLE: Produced By Microsoft MimeOLE V5.50.4133.2400 Dear Betty Luk, I have forwarded your question to HyperLynx technical support. I expect that they will respond to you directly. Best regards, Matthew Flora Innoveda (formerly the HyperLynx division of Pads Software) ----- Original Message ----- From: "Betty Luk" To: Sent: Wednesday, November 08, 2000 2:24 PM Subject: using IBIS models in Hyperlynx > Hi, > > I have a question regarding how Hyperlynx uses IBIS models. I just started > using BoardSim to run some signal integrity analysis using IBIS models for > my output driver. In the digital oscilloscope window, I can choose th > driver waveform to be either rising or falling edge. How does Hyperlynx > determine how fast the transition is? I tried playing around with my IBIS > model (changing the ramp data manually), but I didn't see any changes. > > Any feedback would be appreciated. > > Thanks, > Betty Luk > From owner-ibis Thu Nov 9 05:46:28 2000 Received: from mx.tellabs.fi (proxy.tellabs.fi [193.65.253.34]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA9DkPX21857 for ; Thu, 9 Nov 2000 05:46:27 -0800 (PST) Received: from maile01.tellabs.fi (maile01.tellabs.fi [193.64.171.209]) by mx.tellabs.fi (8.8.8/8.8.8) with ESMTP id PAA12058 for ; Thu, 9 Nov 2000 15:43:04 +0200 (EET) Received: from tellabs.com ([172.19.16.165] (may be forged)) by maile01.tellabs.fi with ESMTP (8.8.6 (PHNE_17190)/8.7.1) id OAA10094 for ; Thu, 9 Nov 2000 14:42:37 +0100 (MET) Message-ID: <3A0AA9BC.1D7CB4ED@tellabs.com> Date: Thu, 09 Nov 2000 15:42:20 +0200 From: Olli Timonen Organization: Tellabs Oy X-Mailer: Mozilla 4.72 [en] (WinNT; I) X-Accept-Language: en,pdf MIME-Version: 1.0 To: IBIS Subject: Open drain model Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi, How should be the [Ramp] risetime dV/dt_r defined for an open drain model because pad cell cannot produce a rise transition? I turned into a model with open drain model and the rise time was defined as zero. ibischk3 says it's OK but the parser of Interconnect Synthesis (ICX) doesn't accept it. regards, Olli From owner-ibis Thu Nov 9 09:57:15 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA9HvBX23160 for ; Thu, 9 Nov 2000 09:57:13 -0800 (PST) Received: from em-wv03.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id JAA06856; Thu, 9 Nov 2000 09:53:50 -0800 (PST) Received: from orwtomda by em-wv03.wv.mentorg.com (8.8.8/CF5.40R) id JAA14544; Thu, 9 Nov 2000 09:53:48 -0800 (PST) Reply-To: From: "Tom Dagostino" To: "'Olli Timonen'" , "'IBIS'" Subject: RE: Open drain model Date: Thu, 9 Nov 2000 09:53:46 -0800 Message-ID: <001501c04a76$030bdf80$83532293@wv.mentorg.com> MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook CWS, Build 9.0.2416 (9.0.2911.0) X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 In-Reply-To: <3A0AA9BC.1D7CB4ED@tellabs.com> Importance: Normal The rise time for an open drain or open collector device is a function of: How fast the device turns off The Load R to Vcc The parasitic C at the node Zero is not an acceptable answer, there will always be some kind of limiting factor on the risetime of an open drain. Usually R load and C_comp are the limiting factors, the turn off time of the transistor is usually relatively fast. Tom Dagostino IBIS and Tau Modeling Manager SDD Mentor Graphics Corp. 503-685-1613 tom_dagostino@mentor.com -----Original Message----- From: Olli Timonen [mailto:Olli.Timonen@tellabs.com] Sent: Thursday, November 09, 2000 5:42 AM To: IBIS Subject: Open drain model Hi, How should be the [Ramp] risetime dV/dt_r defined for an open drain model because pad cell cannot produce a rise transition? I turned into a model with open drain model and the rise time was defined as zero. ibischk3 says it's OK but the parser of Interconnect Synthesis (ICX) doesn't accept it. regards, Olli From owner-ibis Thu Nov 9 10:20:58 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eA9IKrX23282 for ; Thu, 9 Nov 2000 10:20:57 -0800 (PST) Received: from em-wv03.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id KAA09738; Thu, 9 Nov 2000 10:17:37 -0800 (PST) Received: from mentor.com by em-wv03.wv.mentorg.com (8.8.8/CF5.40R) id KAA18162; Thu, 9 Nov 2000 10:17:35 -0800 (PST) Sender: bob_ross@mentorg.com Message-ID: <3A0AEA3E.2B0ED2A2@mentor.com> Date: Thu, 09 Nov 2000 10:17:34 -0800 From: Bob Ross X-Mailer: Mozilla 4.61 [en] (X11; I; SunOS 5.5.1 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: Olli Timonen CC: IBIS Subject: Re: Open drain model References: <3A0AA9BC.1D7CB4ED@tellabs.com> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Olli: Open drain models require correct dV/dt_r values. A newer version of is planned to issue an error if zero or negative values are included for Ramp entries. The way you get rising transition values is to terminate the output with 50 ohms (or the specified R_load value) to Vcc and record the transition values for the low to high output transition. Bob Ross Mentor Graphics Olli Timonen wrote: > > Hi, > > How should be the [Ramp] risetime dV/dt_r defined for an open drain > model because pad cell cannot produce a rise transition? I turned into a > model with open drain model and the rise time was defined as zero. > ibischk3 says it's OK but the parser of Interconnect Synthesis (ICX) > doesn't accept it. > > regards, > Olli From owner-ibis Thu Nov 9 21:42:16 2000 Received: from localhost.sfugntu.bashnet.ru ([213.24.101.1]) by server.eda.org (8.11.0/8.11.0) with SMTP id eAA5gDX24927 for ; Thu, 9 Nov 2000 21:42:14 -0800 (PST) Received: from HELEN (unverified [192.168.0.18]) by superserver.sfugntu.bashnet.ru (EMWAC SMTPRS 0.83) with SMTP id ; Fri, 10 Nov 2000 10:26:10 +0500 Message-ID: <004701c04ad7$9d922a80$1200a8c0@sfugntu.bashnet.ru> From: "Helen" To: Subject: Methods of synthesis and minimization Date: Fri, 10 Nov 2000 10:32:28 +0500 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_0044_01C04B01.865769A0" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 This is a multi-part message in MIME format. ------=_NextPart_000_0044_01C04B01.865769A0 Content-Type: text/plain; charset="koi8-r" Content-Transfer-Encoding: quoted-printable Hello! I'm a student from Russia. I conduct scientific researches. So I must to = review methods of synthesis and minimization, which are used in VHDL. Please, help me! Elena Muravyova ------=_NextPart_000_0044_01C04B01.865769A0 Content-Type: text/html; charset="koi8-r" Content-Transfer-Encoding: quoted-printable
Hello!
 
I'm a student from Russia. I = conduct scientific researches. So I = must to=20 review  methods of = synthesis and=20 minimization, which are used in VHDL.
 
Please, help me!
 
Elena Muravyova
 
------=_NextPart_000_0044_01C04B01.865769A0-- From owner-ibis Fri Nov 10 04:03:53 2000 Received: from smtp1.cern.ch (smtp1.cern.ch [137.138.128.38]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAAC3pX26837 for ; Fri, 10 Nov 2000 04:03:52 -0800 (PST) Received: from pcedudq13.cern.ch (pcedudq13.cern.ch [137.138.35.32]) by smtp1.cern.ch (8.9.3/8.9.3) with SMTP id NAA26658 for ; Fri, 10 Nov 2000 13:00:33 +0100 (MET) Date: Fri, 10 Nov 2000 13:00:29 +0100 (W. Europe Standard Time) From: Silvio ORSI To: IBIS Subject: unsubscribe In-Reply-To: <3A0AEA3E.2B0ED2A2@mentor.com> Message-ID: X-X-Sender: sorsi@mail5.cern.ch MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII From owner-ibis Fri Nov 10 16:49:56 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAB0ntX29528 for ; Fri, 10 Nov 2000 16:49:56 -0800 (PST) Received: from em-wv03.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id QAA09235; Fri, 10 Nov 2000 16:46:34 -0800 (PST) Received: from mentor.com by em-wv03.wv.mentorg.com (8.8.8/CF5.40R) id QAA17995; Fri, 10 Nov 2000 16:46:32 -0800 (PST) Sender: bob_ross@mentorg.com Message-ID: <3A0C96E8.D431833C@mentor.com> Date: Fri, 10 Nov 2000 16:46:32 -0800 From: Bob Ross X-Mailer: Mozilla 4.61 [en] (X11; I; SunOS 5.5.1 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: Helen CC: ibis-users@eda.org Subject: Re: Methods of synthesis and minimization References: <004701c04ad7$9d922a80$1200a8c0@sfugntu.bashnet.ru> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hello Elena: At this time I am not aware of any IBIS implimentation or usage within VHDL. You can find out more about IBIS on the IBIS home page. http://www.eigroup.org/ibis/ibis.htm Bob Ross Mentor Graphics > Helen wrote: > > Hello! > > I'm a student from Russia. I conduct scientific researches. So I must to > review methods of synthesis and minimization, which are used in VHDL. > > Please, help me! > > Elena Muravyova > From owner-ibis Fri Nov 10 19:04:07 2000 Received: from mail.siimage.com (mail.siimage.com [209.157.197.200]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAB346X29775 for ; Fri, 10 Nov 2000 19:04:07 -0800 (PST) Received: from newyork (newyork [209.157.197.27]) by mail.siimage.com (8.8.8+Sun/8.8.8) with SMTP id TAA18533; Fri, 10 Nov 2000 19:00:33 -0800 (PST) Message-ID: <000001c04b8b$e1034880$1bc59dd1@siimage.com> From: "Baegin Sung" To: "Olli Timonen" , "IBIS" References: <3A0AA9BC.1D7CB4ED@tellabs.com> Subject: Unsubscribe Date: Fri, 10 Nov 2000 15:26:18 -0800 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.50.4133.2400 X-MimeOLE: Produced By Microsoft MimeOLE V5.50.4133.2400 Unsubscribe ----- Original Message ----- From: "Olli Timonen" To: "IBIS" Sent: Thursday, November 09, 2000 5:42 AM Subject: Open drain model > Hi, > > How should be the [Ramp] risetime dV/dt_r defined for an open drain > model because pad cell cannot produce a rise transition? I turned into a > model with open drain model and the rise time was defined as zero. > ibischk3 says it's OK but the parser of Interconnect Synthesis (ICX) > doesn't accept it. > > regards, > Olli > > From owner-ibis Tue Nov 14 12:27:21 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAEKRHX20798 for ; Tue, 14 Nov 2000 12:27:20 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Tue, 14 Nov 2000 15:28:11 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB1A@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: clarification on IBIS min and max values Date: Tue, 14 Nov 2000 15:28:08 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C04E79.6817EB42" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C04E79.6817EB42 Content-Type: text/plain; charset="iso-8859-1" Hi, I need some clarification on IBIS min and max values for CMOS circuits. For CMOS circuits, a high temperature is associated with "min" or slow-weak behaviour. Similarly, a low temperature is associated with "max" or fast-strong behaviour. However, the package parasitics (L,R and C) have the biggest values corresponding to "max" and smallest values corresponding to "min". Why aren't the smallest parasitics values associated with "max" or fast-strong behaviour instead? Any feedback would be greatly appreciated. Thanks, Betty Luk ------_=_NextPart_001_01C04E79.6817EB42 Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I need some clarification on IBIS min and max values for CMOS circuits.  For CMOS circuits, a high temperature is associated with "min" or slow-weak behaviour.  Similarly, a low temperature is associated with "max" or fast-strong behaviour. 
 
However, the package parasitics (L,R and C) have the biggest values corresponding to "max" and smallest values corresponding to "min".  Why aren't the smallest parasitics values associated with "max" or fast-strong behaviour instead?
 
Any feedback would be greatly appreciated.
 
Thanks,
Betty Luk
 
 
------_=_NextPart_001_01C04E79.6817EB42-- From owner-ibis Tue Nov 14 12:56:45 2000 Received: from zmamail04.zma.compaq.com (zmamail04.zma.compaq.com [161.114.64.104]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAEKufX20931 for ; Tue, 14 Nov 2000 12:56:44 -0800 (PST) Received: by zmamail04.zma.compaq.com (Postfix, from userid 12345) id AE28C293; Tue, 14 Nov 2000 15:53:22 -0500 (EST) Received: from exctay-gh01.tay.cpqcorp.net (exctay-gh01.tay.cpqcorp.net [16.103.129.42]) by zmamail04.zma.compaq.com (Postfix) with ESMTP id 9279722C for ; Tue, 14 Nov 2000 15:53:22 -0500 (EST) Received: by exctay-gh01.tay.cpqcorp.net with Internet Mail Service (5.5.2652.78) id ; Tue, 14 Nov 2000 15:53:21 -0500 Message-ID: <212CC57E84B8D111AD780000F84AA0490C713A4B@mroexc2.tay.cpqcorp.net> From: "Ingraham, Andrew" To: "'ibis-users@eda.org'" Subject: RE: clarification on IBIS min and max values Date: Tue, 14 Nov 2000 15:53:12 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) Content-Type: text/plain > I need some clarification on IBIS min and max values for CMOS circuits. > For CMOS circuits, a high temperature is associated with "min" or > slow-weak behaviour. Similarly, a low temperature is associated with > "max" or fast-strong behaviour. > > However, the package parasitics (L,R and C) have the biggest values > corresponding to "max" and smallest values corresponding to "min". Why > aren't the smallest parasitics values associated with "max" or fast-strong > behaviour instead? A simulator does not need to set all parameters to their "min" values", or "max" values, simultaneously. It can mix-and-match any way it sees fit. It is assumed that the package values are not (or might not be) correlated with anything else ... that it is entirely reasonable to pair "max" L_pkg with both "min" and "max" drive strengths, etc. Both results may be interesting to look at. A given simulator might look at both, or maybe only one. For example, a fast-strong driver and min L might produce minimum delay, but a fast-strong driver and max L might produce maximum overshoot and ringing, which might even cause maximum delay (due to ringback). The IBIS exception is Temperature, where it is assumed that the temperature IS correlated with driver strength. In this one case, "min" is whatever temperature causes weakest drivers (high temperature if it is CMOS). Andy From owner-ibis Wed Nov 15 01:33:38 2000 Received: from swan.prod.itd.earthlink.net (swan.prod.itd.earthlink.net [207.217.120.123]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAF9XbX23910 for ; Wed, 15 Nov 2000 01:33:37 -0800 (PST) Received: from rosebud.al.dynip.com (dialup-209.245.172.223.Seattle1.Level3.net [209.245.172.223]) by swan.prod.itd.earthlink.net (EL-8_9_3_3/8.9.3) with ESMTP id BAA17218 for ; Wed, 15 Nov 2000 01:30:23 -0800 (PST) Received: from hobbes ([192.168.22.7]) by rosebud.al.dynip.com (8.10.2/8.10.2/SuSE Linux 8.10.0-0.3) with SMTP id eAF9ShK31001 for ; Wed, 15 Nov 2000 01:28:43 -0800 X-Authentication-Warning: rosebud.al.dynip.com: Host [192.168.22.7] claimed to be hobbes From: Al Davis To: Subject: Re: clarification on IBIS min and max values Date: Wed, 15 Nov 2000 01:29:11 -0800 X-Mailer: KMail [version 1.1.61] Content-Type: text/plain References: <212CC57E84B8D111AD780000F84AA0490C713A4B@mroexc2.tay.cpqcorp.net> In-Reply-To: <212CC57E84B8D111AD780000F84AA0490C713A4B@mroexc2.tay.cpqcorp.net> MIME-Version: 1.0 Message-Id: <00111501291107.21525@hobbes> Content-Transfer-Encoding: 8bit On Tue, 14 Nov 2000, Ingraham, Andrew wrote: > A simulator does not need to set all parameters to their "min" > values", or "max" values, simultaneously. It can mix-and-match any > way it sees fit. Actually, although this was the original concept, the data really must be looked at as 3 data sets, but there is some crossing between min and max. Some simulators may max-and-match, so they can do what-if calculations, but in doing so they are using inconsistent data. Consider .... 1. If you take one pullup/pulldown, with a different set of waveforms, the end points will not match. 2. If you take one voltage_range or pullup_reference with a different set of waveforms, the end points will not match. 3. Rise/fall times are dependent on c_comp, and pullup/pulldown. 4. The only place temperature is used is in the transit time calculation which describes the nonlinear capacitance of the clamps. This is part of the load, so if you mismatch, waveforms could be off. So, consider them to be data sets, but unfortunately, you can't just take a column. It is twisted a bit. al. From owner-ibis Wed Nov 15 08:30:37 2000 Received: from ptldpop2.ptld.uswest.net (ptldpop2.ptld.uswest.net [198.36.160.2]) by server.eda.org (8.11.0/8.11.0) with SMTP id eAFGUUX26003 for ; Wed, 15 Nov 2000 08:30:36 -0800 (PST) Received: (qmail 21638 invoked by alias); 15 Nov 2000 16:27:16 -0000 Delivered-To: fixup-ibis-users@eda.org@fixme Received: (qmail 21627 invoked by uid 0); 15 Nov 2000 16:27:16 -0000 Received: from unknown (HELO vasthorizons.com) (63.225.95.1) by ptldpop2.ptld.uswest.net with SMTP; 15 Nov 2000 16:27:16 -0000 Message-ID: <3A12B963.3BF6FA9@vasthorizons.com> Date: Wed, 15 Nov 2000 08:27:15 -0800 From: Scott McMorrow Organization: SiQual X-Mailer: Mozilla 4.76 [en] (Windows NT 5.0; U) X-Accept-Language: en MIME-Version: 1.0 To: Al Davis CC: ibis-users@eda.org Subject: Re: clarification on IBIS min and max values References: <212CC57E84B8D111AD780000F84AA0490C713A4B@mroexc2.tay.cpqcorp.net> <00111501291107.21525@hobbes> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Except that: a) #3 is not necessarily true for slew rate controlled buffers b) package parameters are not correlated to die parameters c) it is possible to mix and match from one device to another. regards, scott -- Scott McMorrow Principal Engineer SiQual, Signal Quality Engineering 18735 SW Boones Ferry Road Tualatin, OR 97062-3090 (503) 885-1231 http://www.siqual.com Al Davis wrote: > On Tue, 14 Nov 2000, Ingraham, Andrew wrote: > > A simulator does not need to set all parameters to their "min" > > values", or "max" values, simultaneously. It can mix-and-match any > > way it sees fit. > > Actually, although this was the original concept, the data really > must be looked at as 3 data sets, but there is some crossing between > min and max. Some simulators may max-and-match, so they can do > what-if calculations, but in doing so they are using inconsistent > data. > > Consider .... > > 1. If you take one pullup/pulldown, with a different set of > waveforms, the end points will not match. > > 2. If you take one voltage_range or pullup_reference with a different > set of waveforms, the end points will not match. > > 3. Rise/fall times are dependent on c_comp, and pullup/pulldown. > > 4. The only place temperature is used is in the transit time > calculation which describes the nonlinear capacitance of the clamps. > This is part of the load, so if you mismatch, waveforms could be off. > > So, consider them to be data sets, but unfortunately, you can't just > take a column. It is twisted a bit. > > al. From owner-ibis Thu Nov 16 05:16:09 2000 Received: from smtp1.cern.ch (smtp1.cern.ch [137.138.128.38]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAGDG6X04865 for ; Thu, 16 Nov 2000 05:16:08 -0800 (PST) Received: from cern.ch (pccnce12.cern.ch [137.138.35.29]) by smtp1.cern.ch (8.9.3/8.9.3) with ESMTP id OAA26287 for ; Thu, 16 Nov 2000 14:12:45 +0100 (MET) X-Authentication-Warning: smtp1.cern.ch: Host pccnce12.cern.ch [137.138.35.29] claimed to be cern.ch Message-ID: <3A13DD4C.75C52454@cern.ch> Date: Thu, 16 Nov 2000 14:12:44 +0100 From: Simon Schaeffer Organization: CERN X-Mailer: Mozilla 4.75 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: ibis Subject: ibis VT curves Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi, I'm working on ibis models and I met the same problem as Betty Luk, it's to say that in playing around with my IBIS model (changing the ramp data manually), I didn't see any changes with Sigxplorer (Specctraquest signal explorer expert). However, in making the same changes in the ibis model used in pspice I saw differences. I have done this with an ibis model with and without the VT curves. I have used "ibis2spice" from Intusoft but this program doesn't convert the VT curves, it just uses the [Ramp] parameters. So, I am trying to build a new ibis2spice program using the VT curves. My questions are: 1) Why doesn't the [Ramp] modifications influence the results (Betty Luk's question) 2) Why use the VT curves instead of the [Ramp] parameters? Is it "only" to get a more accurate curve? 3) I am puzzled by the apparent contradiction that might arise if both the VT and VI curves are available. For example, a VT curve has been specified with the following load: out -----/\/\/\/\/-----| 50 | + ___|___ 1.25V --- | | | GND Going from low to high, the VT curve switches from 400mV to 2V. How can I use this information for other loads? For example: - 50 Ohm load only (i.e. the dc offset has been removed. My simulated output will now want to be something defined by the VI curve. How do I sensibly use the VT curve in this case?) - 100 Ohm load only 4) Do I have to take into account the Rfixture and Vfixture values used while specifying the VT curves? Thanks for your feedback Simon Schaeffer From owner-ibis Thu Nov 16 05:38:16 2000 Received: from atlantis.erlm.siemens.de (atlantis.erlm.siemens.de [212.114.202.14]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAGDcDX04962 for ; Thu, 16 Nov 2000 05:38:15 -0800 (PST) Received: from mail01.erlm.siemens.de (mail01.erlm.siemens.de [146.254.160.12]) by atlantis.erlm.siemens.de (8.9.3/8.9.3) with ESMTP id OAA00429 for ; Thu, 16 Nov 2000 14:34:52 +0100 (MET) Received: from mchr900a.mchr2.siemens.de (mchr900a.mchr2.siemens.de [139.23.54.146]) by mail01.erlm.siemens.de (8.9.3+Sun/8.9.3) with ESMTP id OAA11480 for ; Thu, 16 Nov 2000 14:34:39 +0100 (MET) Received: from mchr2.siemens.de (DEAZ_KAISER [139.25.106.238]) by mchr900a.mchr2.siemens.de with SMTP (Microsoft Exchange Internet Mail Service Version 5.5.2448.0) id WMXD6TC9; Thu, 16 Nov 2000 14:34:27 +0100 Message-ID: <3A13EBC1.E1436E9D@mchr2.siemens.de> Date: Thu, 16 Nov 2000 15:14:25 +0100 From: Peter Kaiser X-Mailer: Mozilla 4.7 [en]C-CCK-MCD NSCPCD47 (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: ibis-users@eda.org Subject: unsubscribe Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ Peter Kaiser Phone: +49-(0)89-636-47889 Siemens AG, ATD TD Mch8 Fax: +49-(0)89-636-44595 EMC Design Service Group Cellular: +49-(0)171-7658034 Otto Hahn Ring 6 mailto:peter.kaiser@mchr2.siemens.de 81730 Munich http://www.atd.siemens.de/it-dl/eda Germany http://www.atd.siemens.de/it-dl/eda/emv ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ From owner-ibis Thu Nov 16 06:38:18 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAGEcGX05213 for ; Thu, 16 Nov 2000 06:38:17 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Thu, 16 Nov 2000 09:39:09 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB2F@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'Simon Schaeffer'" , ibis Subject: RE: ibis VT curves Date: Thu, 16 Nov 2000 09:39:09 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain; charset="iso-8859-1" Hi, With regards to: 1) Actually, with the question I had earlier, i found that after restarting my computer, I did see the ramp data affect my simulation in HyperLynx, as expected. Sorry about the confusion. 3) To my understanding, VI curves describe DC behaviour, and VT curves describe transient behaviour. Regards, Betty Luk > -----Original Message----- > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > Sent: Thursday, November 16, 2000 8:13 AM > To: ibis > Subject: ibis VT curves > > > Hi, > > I'm working on ibis models and I met the same problem as > Betty Luk, it's > to say that in playing around with my IBIS model (changing > the ramp data > manually), I didn't see any changes with Sigxplorer (Specctraquest > signal explorer expert). However, in making the same changes > in the ibis > model used in pspice I saw differences. > I have done this with an ibis model with and without the VT curves. > I have used "ibis2spice" from Intusoft but this program > doesn't convert the VT curves, it just uses the [Ramp] parameters. > So, I am trying to build a new ibis2spice program using the VT curves. > > My questions are: > > 1) Why doesn't the [Ramp] modifications influence the results (Betty > Luk's question) > > 2) Why use the VT curves instead of the [Ramp] parameters? > Is it "only" > to get a more accurate curve? > > 3) I am puzzled by the apparent contradiction that might arise if both > the > VT and VI curves are available. For example, a VT curve has been > specified with the following load: > > > out -----/\/\/\/\/-----| > 50 | > + ___|___ 1.25V > --- > | > | > | > GND > > Going from low to high, the VT curve switches from 400mV to 2V. > > How can I use this information for other loads? > For example: > > - 50 Ohm load only > (i.e. the dc offset has been removed. My simulated output > will now want > to be something defined by the VI curve. How do I sensibly use the VT > curve in this case?) > > - 100 Ohm load only > > 4) Do I have to take into account the Rfixture and Vfixture > values used > while specifying the VT curves? > > > > Thanks for your feedback > Simon Schaeffer > From owner-ibis Thu Nov 16 07:11:33 2000 Received: from fw01.collins.rockwell.com (firewall-user@gatekeeper.collins.rockwell.com [205.175.225.1]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAGFBVX05413 for ; Thu, 16 Nov 2000 07:11:32 -0800 (PST) Received: by fw01.collins.rockwell.com; id JAA04110; Thu, 16 Nov 2000 09:08:16 -0600 (CST) From: Received: from nodnsquery(131.198.213.32) by fw01.collins.rockwell.com via smap (V5.5) id xmac03574; Thu, 16 Nov 00 09:07:09 -0600 Subject: Net ARM + 40 IBIS model To: ibis-users@eda.org Date: Thu, 16 Nov 2000 09:01:05 -0600 Message-ID: X-MIMETrack: Serialize by Router on CollinsCRSMTP01/CedarRapids/Collins/Rockwell(Release 5.0.3 (Intl)|21 March 2000) at 11/16/2000 09:07:10 AM MIME-Version: 1.0 Content-type: text/plain; charset=us-ascii Hello all - I have a critical need for an IBIS model for the NETARM+40-3 processor designed by Net Silicon and fabed by Atmel. The part number is 56504E0136973. Does anyone have an IBIS model for this particular part? The design team has not been able to provide any assistance. Thanks in advance - Ron Hau Signal Integrity Engineering Rockwell From owner-ibis Thu Nov 16 07:58:14 2000 Received: from mailgate.Cadence.COM (mailgate.Cadence.COM [158.140.2.1]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAGFwCX05651 for ; Thu, 16 Nov 2000 07:58:14 -0800 (PST) Received: from gda.Cadence.COM (gda.Cadence.COM [158.140.106.10]) by mailgate.Cadence.COM (8.9.3/8.9.3) with ESMTP id HAA17843; Thu, 16 Nov 2000 07:54:59 -0800 (PST) Received: from cadence.com (d158140105215 [158.140.105.215]) by gda.Cadence.COM (8.8.8/8.8.5) with ESMTP id KAA24016; Thu, 16 Nov 2000 10:54:57 -0500 (EST) Message-ID: <3A140349.F51346DB@cadence.com> Date: Thu, 16 Nov 2000 10:54:49 -0500 From: Ian Dodd Organization: Cadence Design Systems, Inc. X-Mailer: Mozilla 4.7 [en]C-CCK-MCD (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: Betty Luk CC: "'Simon Schaeffer'" , ibis Subject: Re: ibis VT curves References: <85893468B47AD411818100306E00E18452BB2F@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-Received: By mailgate.Cadence.COM as HAA17843 at Thu Nov 16 07:54:59 2000 Betty, The IV and VT curves must provide a consistent description of the dynamic i.e. transient behavior of an IBIS driver. The IV curves describe the starting and ending conditions for transitions under all possible loading conditions. The VT curves describe the switching behavior under specific loading conditions. For accurate simulation, it is required that the VT data start before the start of the transition and end after the transition has completed. At these times, the voltage and current into the test fixture should be consistent with the IV data. In fact, the IBIS golden parser will validate this condition and report if there is a significant deviation. Presently it is left to the simulator vendor to create an algorithm that will use the VT data for the device driving a specified loads and predict the behavior into the load that is actually in the circuit being simulated. For simulation purposes most tool vendors will ignore the IBIS edge rate data if VT data has been supplied. It is however important that the IBIS edge rate be reasonably accurate, even when VT tables are available, because some tool vendors use the data to do some quick evaluations e.g. which nets should be simulated for crosstalk. I hope this helps Ian Dodd idodd@cadence.com Betty Luk wrote: > > Hi, > > With regards to: > > 1) Actually, with the question I had earlier, i found that after restarting > my computer, I did see the ramp data affect my simulation in HyperLynx, as > expected. Sorry about the confusion. > > 3) To my understanding, VI curves describe DC behaviour, and VT curves > describe transient behaviour. > > Regards, > Betty Luk > > > -----Original Message----- > > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > > Sent: Thursday, November 16, 2000 8:13 AM > > To: ibis > > Subject: ibis VT curves > > > > > > Hi, > > > > I'm working on ibis models and I met the same problem as > > Betty Luk, it's > > to say that in playing around with my IBIS model (changing > > the ramp data > > manually), I didn't see any changes with Sigxplorer (Specctraquest > > signal explorer expert). However, in making the same changes > > in the ibis > > model used in pspice I saw differences. > > I have done this with an ibis model with and without the VT curves. > > I have used "ibis2spice" from Intusoft but this program > > doesn't convert the VT curves, it just uses the [Ramp] parameters. > > So, I am trying to build a new ibis2spice program using the VT curves. > > > > My questions are: > > > > 1) Why doesn't the [Ramp] modifications influence the results (Betty > > Luk's question) > > > > 2) Why use the VT curves instead of the [Ramp] parameters? > > Is it "only" > > to get a more accurate curve? > > > > 3) I am puzzled by the apparent contradiction that might arise if both > > the > > VT and VI curves are available. For example, a VT curve has been > > specified with the following load: > > > > > > out -----/\/\/\/\/-----| > > 50 | > > + ___|___ 1.25V > > --- > > | > > | > > | > > GND > > > > Going from low to high, the VT curve switches from 400mV to 2V. > > > > How can I use this information for other loads? > > For example: > > > > - 50 Ohm load only > > (i.e. the dc offset has been removed. My simulated output > > will now want > > to be something defined by the VI curve. How do I sensibly use the VT > > curve in this case?) > > > > - 100 Ohm load only > > > > 4) Do I have to take into account the Rfixture and Vfixture > > values used > > while specifying the VT curves? > > > > > > > > Thanks for your feedback > > Simon Schaeffer > > From owner-ibis Thu Nov 16 23:55:19 2000 Received: from ami4000.hei.co.kr ([202.30.128.31]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAH7tHX09158 for ; Thu, 16 Nov 2000 23:55:18 -0800 (PST) Received: from ami4000.hei.co.kr (localhost [127.0.0.1]) by ami4000.hei.co.kr (8.11.0/8.9.3) with ESMTP id eAH7orr19872 for ; Fri, 17 Nov 2000 16:50:53 +0900 (KST) Received: from mrnd.hq.sr.hei.co.kr ([166.125.43.80]) by ami4000.hei.co.kr (8.11.0/8.9.3) with ESMTP id eAH7opL19851 for ; Fri, 17 Nov 2000 16:50:51 +0900 (KST) Received: from LocalHost ([178.100.101.190]) by mrnd.hq.sr.hei.co.kr (8.8.8Ha/8.8.8) with SMTP id QAA23254 for ; Fri, 17 Nov 2000 16:52:18 +0900 (KST) Message-ID: <006a01c0506b$9ebb9470$be6564b2@LocalHost> From: "Jongho Kang" To: "IBIS User" Subject: Need DDR 184pin Socket Model Date: Fri, 17 Nov 2000 16:54:31 +0900 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_0067_01C050B7.0E322B20" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 This is a multi-part message in MIME format. ------=_NextPart_000_0067_01C050B7.0E322B20 Content-Type: text/plain; charset="ks_c_5601-1987" Content-Transfer-Encoding: base64 SGksDQoNCkknbSBsb29raW5nIGZvciB0aGUgZWxlY3RyaWNhbCBtb2RlbCBvZiBhbnkgRERSIDE4 NC1waW4gRERSIA0KRElNTSBzb2NrZXQgbW9kZWwuDQpJIGNhbid0IGZpbmQgZWxlY3RyaWNhbCBt b2RlbCBpbiBzb2NrZXQgdmVuZG9yJ3Mgd2ViIHNpdGUuDQpJZiB5b3UgaGF2ZSBhbnkgRERSIERJ TU0gc29ja2V0IG1vZGVsLCBwbGVhc2Ugc2VuZCBtZS4NCg0KVGhhbmtzIGluIGFkdmFuY2UuDQo9 PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09DQogSm9uZ2hv IEthbmcNCg0KIEUtbWFpbCkgIGpoa2FuZ0Bzci5oZWkuY28ua3INCiBQaG9uZSBObyA6IDgyLTMx LTYzOS0xOTczDQogRmF4ICAgICAgICAgICA6IDgyLTMxLTYzMC0yMzM4DQogTW9iaWxlICAgICAg OiAwMTgtMjIxLTc4MDYNCg0KIFNhbiAxMzYtMSwgQW1pLXJpLCBCdWJhbC1ldWIsIA0KIEljaG9u LXNpLCBLeW91bmdraS1kbywNCiA0NjctNzAxIEtvcmVhDQogDQogUHJvZHVjdCBBcHBsaWNhdGlv biBFbmdpbmVlcmluZyBUZWFtDQogTWVtb3J5IFImRCBEaXZpc2lvbg0KIEh5dW5kYWkgRWxlY3Ry b25pY3MgSW5kdXN0cmllcyBDby4sTHRkDQo9PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09 PT09PT09PT09PT09PT09PT09DQo= ------=_NextPart_000_0067_01C050B7.0E322B20 Content-Type: text/html; 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Fri, 17 Nov 2000 04:45:20 -0800 (PST) Received: from westerhoff (westerhoff.hhnetwk.com [10.2.4.2]) by mako.hhnetwk.com (8.11.0/bg-001114) with SMTP id eAHCfMJ24696; Fri, 17 Nov 2000 07:41:22 -0500 From: "Todd Westerhoff" To: "Betty Luk" , "'Simon Schaeffer'" , "ibis" Subject: RE: ibis VT curves Date: Fri, 17 Nov 2000 07:41:36 -0500 Message-ID: MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook IMO, Build 9.0.2416 (9.0.2910.0) Importance: Normal X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2919.6700 In-Reply-To: <85893468B47AD411818100306E00E18452BB2F@nttoex1.genesis-microchip.on.ca> Simon, The answer to your original question, as I understand it: SPECCTRAQuest (a.k.a SQ) doesn't use the dV/dT data when rise/fall curves are present. As Betty said, the V-I curves and V-T data are used instead. SQ only uses the dV/dT data when the rise/fall curves are NOT present (i.e. the so-called "linear" ramp model). Some experimentation yesterday revealed that when V-I curves are present (but NOT V-T), SQ uses the dT information, but NOT the dV data. That makes sense (the high and low operating points are determined by the output's V-I characteristics and the power supplies). The dT information is used to define the length of time it takes the output to change state. There are some interesting implications to this, worthy of note: If you have an output with a 2V swing that takes 1 nS to switch, you have a ramp rate of 2V/nS. Theoretically, you could specify that as 2V/1nS, or 1V/0.5nS, or 10V/5nS - all of which would give you the same ramp rate. BUT - only the 2V/1nS value would give you the switch time you expect, because SQ is only using the dT value. Morals of the story: 1) Ramp data is not used by SQ when V-T data is present. 2) When using Ramp Data, tell SQ the actual dV and dT values for the whole output transition. That's the story as I understand it. If anyone has seen different, please let me know! Todd. > -----Original Message----- > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > Sent: Thursday, November 16, 2000 8:13 AM > To: ibis > Subject: ibis VT curves > > > Hi, > > I'm working on ibis models and I met the same problem as > Betty Luk, it's > to say that in playing around with my IBIS model (changing > the ramp data > manually), I didn't see any changes with Sigxplorer (Specctraquest > signal explorer expert). However, in making the same changes > in the ibis > model used in pspice I saw differences. > I have done this with an ibis model with and without the VT curves. > I have used "ibis2spice" from Intusoft but this program > doesn't convert the VT curves, it just uses the [Ramp] parameters. > So, I am trying to build a new ibis2spice program using the VT curves. > > My questions are: > > 1) Why doesn't the [Ramp] modifications influence the results (Betty > Luk's question) > > 2) Why use the VT curves instead of the [Ramp] parameters? > Is it "only" > to get a more accurate curve? > > 3) I am puzzled by the apparent contradiction that might arise if both > the > VT and VI curves are available. For example, a VT curve has been > specified with the following load: > > > out -----/\/\/\/\/-----| > 50 | > + ___|___ 1.25V > --- > | > | > | > GND > > Going from low to high, the VT curve switches from 400mV to 2V. > > How can I use this information for other loads? > For example: > > - 50 Ohm load only > (i.e. the dc offset has been removed. My simulated output > will now want > to be something defined by the VI curve. How do I sensibly use the VT > curve in this case?) > > - 100 Ohm load only > > 4) Do I have to take into account the Rfixture and Vfixture > values used > while specifying the VT curves? > > > > Thanks for your feedback > Simon Schaeffer > From owner-ibis Fri Nov 17 05:29:22 2000 Received: from gorilla.mchh.siemens.de (gorilla.mchh.siemens.de [194.138.158.18]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHDTJX11129 for ; Fri, 17 Nov 2000 05:29:20 -0800 (PST) Received: from moody.mchh.siemens.de (mail2.mchh.siemens.de [194.138.158.226]) by gorilla.mchh.siemens.de (8.9.3/8.9.3) with ESMTP id OAA12585 for ; Fri, 17 Nov 2000 14:25:36 +0100 (MET) Received: from demchh2msx.icn.siemens.de (root@ss-aladin.mchh.siemens.de [139.21.149.125]) by moody.mchh.siemens.de (8.9.1/8.9.1) with ESMTP id OAA09609 for ; Fri, 17 Nov 2000 14:26:01 +0100 (MET) Received: from icn.siemens.de (zk045719@s8691fd.mchh.siemens.de [139.21.10.43]) by demchh2msx.icn.siemens.de (8.9.1/8.9.1) with ESMTP id OAA05092 for ; Fri, 17 Nov 2000 14:25:59 +0100 (MET) Sender: katja.zuleeg@icn.siemens.de Message-ID: <3A1531E8.E4E566FC@icn.siemens.de> Date: Fri, 17 Nov 2000 14:26:00 +0100 From: Katja Koller Organization: SIEMENS X-Mailer: Mozilla 4.51 [en] (X11; I; SunOS 5.6 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: ibis Subject: Re: ibis VT curves References: Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Todd Westerhoff wrote: > > Simon, > > The answer to your original question, as I understand it: > > SPECCTRAQuest (a.k.a SQ) doesn't use the dV/dT data when rise/fall curves > are present. As Betty said, the V-I curves and V-T data are used instead. > SQ only uses the dV/dT data when the rise/fall curves are NOT present (i.e. > the so-called "linear" ramp model). > > Some experimentation yesterday revealed that when V-I curves are present > (but NOT V-T), SQ uses the dT information, but NOT the dV data. That makes > sense (the high and low operating points are determined by the output's V-I > characteristics and the power supplies). The dT information is used to > define the length of time it takes the output to change state. > > There are some interesting implications to this, worthy of note: > > If you have an output with a 2V swing that takes 1 nS to switch, you have a > ramp rate of 2V/nS. Theoretically, you could specify that as 2V/1nS, or > 1V/0.5nS, or 10V/5nS - all of which would give you the same ramp rate. > BUT - only the 2V/1nS value would give you the switch time you expect, > because SQ is only using the dT value. As far as I know, the ibis spec says, that the ramp rate has to be from 20% to 80%. In the case of an output with 2V swing within 2 nS, this has to be: dV/dt = 1.2V / 0.6 nS Unfortuately, I often get ibismodels where this is not the case. This can be checked by looking at the crossing of the VI-curves with the "50Ohm-load-line" (if the load is 50Ohm). Perhaps others have similar experiences. Katja > > Morals of the story: > > 1) Ramp data is not used by SQ when V-T data is present. > 2) When using Ramp Data, tell SQ the actual dV and dT values for the whole > output transition. > > That's the story as I understand it. If anyone has seen different, please > let me know! > > Todd. > > > -----Original Message----- > > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > > Sent: Thursday, November 16, 2000 8:13 AM > > To: ibis > > Subject: ibis VT curves > > > > > > Hi, > > > > I'm working on ibis models and I met the same problem as > > Betty Luk, it's > > to say that in playing around with my IBIS model (changing > > the ramp data > > manually), I didn't see any changes with Sigxplorer (Specctraquest > > signal explorer expert). However, in making the same changes > > in the ibis > > model used in pspice I saw differences. > > I have done this with an ibis model with and without the VT curves. > > I have used "ibis2spice" from Intusoft but this program > > doesn't convert the VT curves, it just uses the [Ramp] parameters. > > So, I am trying to build a new ibis2spice program using the VT curves. > > > > My questions are: > > > > 1) Why doesn't the [Ramp] modifications influence the results (Betty > > Luk's question) > > > > 2) Why use the VT curves instead of the [Ramp] parameters? > > Is it "only" > > to get a more accurate curve? > > > > 3) I am puzzled by the apparent contradiction that might arise if both > > the > > VT and VI curves are available. For example, a VT curve has been > > specified with the following load: > > > > > > out -----/\/\/\/\/-----| > > 50 | > > + ___|___ 1.25V > > --- > > | > > | > > | > > GND > > > > Going from low to high, the VT curve switches from 400mV to 2V. > > > > How can I use this information for other loads? > > For example: > > > > - 50 Ohm load only > > (i.e. the dc offset has been removed. My simulated output > > will now want > > to be something defined by the VI curve. How do I sensibly use the VT > > curve in this case?) > > > > - 100 Ohm load only > > > > 4) Do I have to take into account the Rfixture and Vfixture > > values used > > while specifying the VT curves? > > > > > > > > Thanks for your feedback > > Simon Schaeffer > > -- Katja Koller ICN M TC 6 Siemens AG Hofmannstr. 51 81359 Muenchen Katja.Koller@icn.siemens.de Tel: 0049 89 722 45719 Fax: 0049 89 722 44692 From owner-ibis Fri Nov 17 05:59:12 2000 Received: from mail.enteract.com (mail.enteract.com [207.229.143.33]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHDx9X11579 for ; Fri, 17 Nov 2000 05:59:11 -0800 (PST) Received: from shell-3.enteract.com (mjs@shell-3.enteract.com [207.229.143.42]) by mail.enteract.com (8.9.3/8.9.3) with ESMTP id HAA32053 for ; Fri, 17 Nov 2000 07:55:54 -0600 (CST) (envelope-from mjs@enteract.com) Date: Fri, 17 Nov 2000 07:55:54 -0600 (CST) From: mjs To: ibis In-Reply-To: Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII unsubscribe From owner-ibis Fri Nov 17 07:16:57 2000 Received: from mako.hhnetwk.com (mail.hammerheadnetworks.com [64.55.108.178]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHFGsX12562 for ; Fri, 17 Nov 2000 07:16:55 -0800 (PST) Received: from westerhoff (westerhoff.hhnetwk.com [10.2.4.2]) by mako.hhnetwk.com (8.11.0/bg-001114) with SMTP id eAHFBSJ27281; Fri, 17 Nov 2000 10:11:28 -0500 From: "Todd Westerhoff" To: "Katja Koller" , "ibis" Subject: RE: ibis VT curves Date: Fri, 17 Nov 2000 10:11:42 -0500 Message-ID: MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook IMO, Build 9.0.2416 (9.0.2910.0) Importance: Normal X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2919.6700 In-Reply-To: <3A1531E8.E4E566FC@icn.siemens.de> WOW. Katja, I owe you one. And, I amend my earlier statement. Your point is entirely correct - IBIS specifies the 20-80% range. And, so does SPECCTRAQuest, as it turns out. The dT in the model's ramp declaration is for the 20-80% transition time, NOT the overall transition as I earlier stated. The implications are substantial. A dT of 1nS means the entire output transition takes 1.66 nS, NOT 1 nS as I thought. And, the same rationale would apply for the dV declaration, although SPECCTRAQuest doesn't seem to use that information when V-I curves are present. THANK YOU for correcting me. We have been using SQ "linear models" to define target buffer requirements, and now understand what the REAL required edge rates are. Thanks again! Todd. -----Original Message----- From: katja.zuleeg@icn.siemens.de [mailto:katja.zuleeg@icn.siemens.de]On Behalf Of Katja Koller Sent: Friday, November 17, 2000 8:26 AM To: ibis Subject: Re: ibis VT curves Todd Westerhoff wrote: > > Simon, > > The answer to your original question, as I understand it: > > SPECCTRAQuest (a.k.a SQ) doesn't use the dV/dT data when rise/fall curves > are present. As Betty said, the V-I curves and V-T data are used instead. > SQ only uses the dV/dT data when the rise/fall curves are NOT present (i.e. > the so-called "linear" ramp model). > > Some experimentation yesterday revealed that when V-I curves are present > (but NOT V-T), SQ uses the dT information, but NOT the dV data. That makes > sense (the high and low operating points are determined by the output's V-I > characteristics and the power supplies). The dT information is used to > define the length of time it takes the output to change state. > > There are some interesting implications to this, worthy of note: > > If you have an output with a 2V swing that takes 1 nS to switch, you have a > ramp rate of 2V/nS. Theoretically, you could specify that as 2V/1nS, or > 1V/0.5nS, or 10V/5nS - all of which would give you the same ramp rate. > BUT - only the 2V/1nS value would give you the switch time you expect, > because SQ is only using the dT value. As far as I know, the ibis spec says, that the ramp rate has to be from 20% to 80%. In the case of an output with 2V swing within 2 nS, this has to be: dV/dt = 1.2V / 0.6 nS Unfortuately, I often get ibismodels where this is not the case. This can be checked by looking at the crossing of the VI-curves with the "50Ohm-load-line" (if the load is 50Ohm). Perhaps others have similar experiences. Katja > > Morals of the story: > > 1) Ramp data is not used by SQ when V-T data is present. > 2) When using Ramp Data, tell SQ the actual dV and dT values for the whole > output transition. > > That's the story as I understand it. If anyone has seen different, please > let me know! > > Todd. > > > -----Original Message----- > > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > > Sent: Thursday, November 16, 2000 8:13 AM > > To: ibis > > Subject: ibis VT curves > > > > > > Hi, > > > > I'm working on ibis models and I met the same problem as > > Betty Luk, it's > > to say that in playing around with my IBIS model (changing > > the ramp data > > manually), I didn't see any changes with Sigxplorer (Specctraquest > > signal explorer expert). However, in making the same changes > > in the ibis > > model used in pspice I saw differences. > > I have done this with an ibis model with and without the VT curves. > > I have used "ibis2spice" from Intusoft but this program > > doesn't convert the VT curves, it just uses the [Ramp] parameters. > > So, I am trying to build a new ibis2spice program using the VT curves. > > > > My questions are: > > > > 1) Why doesn't the [Ramp] modifications influence the results (Betty > > Luk's question) > > > > 2) Why use the VT curves instead of the [Ramp] parameters? > > Is it "only" > > to get a more accurate curve? > > > > 3) I am puzzled by the apparent contradiction that might arise if both > > the > > VT and VI curves are available. For example, a VT curve has been > > specified with the following load: > > > > > > out -----/\/\/\/\/-----| > > 50 | > > + ___|___ 1.25V > > --- > > | > > | > > | > > GND > > > > Going from low to high, the VT curve switches from 400mV to 2V. > > > > How can I use this information for other loads? > > For example: > > > > - 50 Ohm load only > > (i.e. the dc offset has been removed. My simulated output > > will now want > > to be something defined by the VI curve. How do I sensibly use the VT > > curve in this case?) > > > > - 100 Ohm load only > > > > 4) Do I have to take into account the Rfixture and Vfixture > > values used > > while specifying the VT curves? > > > > > > > > Thanks for your feedback > > Simon Schaeffer > > -- Katja Koller ICN M TC 6 Siemens AG Hofmannstr. 51 81359 Muenchen Katja.Koller@icn.siemens.de Tel: 0049 89 722 45719 Fax: 0049 89 722 44692 From owner-ibis Fri Nov 17 07:36:39 2000 Received: from topaz.3com.com (topaz.3com.com [192.156.136.158]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHFabX12640 for ; Fri, 17 Nov 2000 07:36:38 -0800 (PST) Received: from opal.3com.com (opal.3com.com [139.87.50.117]) by topaz.3com.com (Switch-2.0.1/Switch-2.0.1) with ESMTP id eAHFWaD15398; Fri, 17 Nov 2000 07:32:36 -0800 (PST) Received: from hqoutbound.ops.3com.com (hqoutbound.OPS.3Com.COM [139.87.48.104]) by opal.3com.com (Switch-2.0.1/Switch-2.0.1) with SMTP id eAHFXHS12630; Fri, 17 Nov 2000 07:33:17 -0800 (PST) Received: by hqoutbound.ops.3com.com(Lotus SMTP MTA v4.6.7 (934.1 12-30-1999)) id 8825699A.00559D40 ; Fri, 17 Nov 2000 07:35:08 -0800 X-Lotus-FromDomain: 3COM From: Roy_Leventhal@3com.com To: Katja Koller cc: ibis Message-ID: <8825699A.005599AC.00@hqoutbound.ops.3com.com> Date: Fri, 17 Nov 2000 09:36:30 -0600 Subject: Re: ibis VT curves Mime-Version: 1.0 Content-type: text/plain; charset=us-ascii Content-Disposition: inline All, We have processed about 300 IBIS models from a wide variety of suppliers over the past year. We did a reality check before adding the models to our component library. The conformance to 20%-80% for dV/dt range was poor. Best Regards, Roy From owner-ibis Fri Nov 17 09:25:19 2000 Received: from e31.bld.us.ibm.com (e31.co.us.ibm.com [32.97.110.129]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHHPHX13114 for ; Fri, 17 Nov 2000 09:25:18 -0800 (PST) Received: from westrelay02.boulder.ibm.com (westrelay02.boulder.ibm.com [9.99.132.205]) by e31.bld.us.ibm.com (8.9.3/8.9.3) with ESMTP id MAA135550; Fri, 17 Nov 2000 12:15:44 -0500 Received: from f5n74e (d03nm106h.boulder.ibm.com [9.99.140.74]) by westrelay02.boulder.ibm.com (8.11.0m3/NCO v4.95) with ESMTP id eAHHLjF37018; Fri, 17 Nov 2000 10:22:01 -0700 Importance: Normal Subject: Re: Need DDR 184pin Socket Model To: "Jongho Kang" , "IBIS User" From: "Dat Le" Date: Fri, 17 Nov 2000 10:21:43 -0700 Message-ID: X-MIMETrack: Serialize by Router on D03NM106/03/M/IBM(Release 5.0.3 (Intl)|21 March 2000) at 11/17/2000 10:22:00 AM MIME-Version: 1.0 Content-type: text/plain; charset=iso-8859-1 Content-Transfer-Encoding: 8bit X-MIME-Autoconverted: from quoted-printable to 8bit by server.eda.org id eAHHROX13115 Follow this website below and send a request to AMP for a MLM model. http://www.amp.com/simulation/scripts/models.asp Dat Le Signal Integrity Engineer, IBM 15450 SW Koll Parkway MS WIL-784 Beaverton, OR 97006 dtle@us.ibm.com "Jongho Kang" on 11/16/2000 11:54:31 PM To: "IBIS User" cc: Subject: Need DDR 184pin Socket Model Hi, I'm looking for the electrical model of any DDR 184-pin DDR DIMM socket model. I can't find electrical model in socket vendor's web site. If you have any DDR DIMM socket model, please send me. Thanks in advance. =================================================  Jongho Kang  E-mail)  jhkang@sr.hei.co.kr  Phone No : 82-31-639-1973  Fax           : 82-31-630-2338  Mobile      : 018-221-7806  San 136-1, Ami-ri, Bubal-eub,  Ichon-si, Kyoungki-do,  467-701 Korea  Product Application Engineering Team  Memory R&D Division  Hyundai Electronics Industries Co.,Ltd ================================================= From owner-ibis Fri Nov 17 12:48:25 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHKmNX13790 for ; Fri, 17 Nov 2000 12:48:25 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Fri, 17 Nov 2000 15:49:14 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB44@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: Voltage Range for min and max data Date: Fri, 17 Nov 2000 15:49:12 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C050D7.D7F3FDBA" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C050D7.D7F3FDBA Content-Type: text/plain; charset="iso-8859-1" Hi, I have a question regarding generating min and max data for my IBIS model. In the "Introduction to IBIS models" by Arpad Muranyi, pg. 29 (available from the IBIS website), it says that "the voltage range should be based on the typical value only", and it shows that the three columns of data should be completely filled in at all the end points. Does this mean that the [Voltage Range] keyword within the IBIS file should also only have the typical value? Thanks very much, Betty Luk ------_=_NextPart_001_01C050D7.D7F3FDBA Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I have a question regarding generating min and max data for my IBIS model.
 
In the "Introduction to IBIS models" by Arpad Muranyi, pg. 29 (available from the IBIS website), it says that "the voltage range should be based on the typical value only", and it shows that the three columns of data should be completely filled in at all the end points.
 
Does this mean that the [Voltage Range] keyword within the IBIS file should also only have the typical value?
 
Thanks very much,
Betty Luk
------_=_NextPart_001_01C050D7.D7F3FDBA-- From owner-ibis Fri Nov 17 13:00:28 2000 Received: from ausxc07.us.dell.com (ausxc07.us.dell.com [143.166.99.215]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHL0PX13854 for ; Fri, 17 Nov 2000 13:00:26 -0800 (PST) Received: by ausxc07.us.dell.com with Internet Mail Service (5.5.2650.21) id ; Fri, 17 Nov 2000 14:47:59 -0600 Message-ID: From: Aubrey_Sparkman@Dell.com To: Katja.Koller@icn.siemens.de, ibis-users@eda.org, twester@hhnetwk.com Subject: RE: ibis VT curves Date: Fri, 17 Nov 2000 14:45:48 -0600 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/mixed; boundary="----_=_NextPart_000_01C050D7.62E5722E" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_000_01C050D7.62E5722E Content-Type: text/plain; charset="iso-8859-1" For what it's worth, From experience: I now assume that SpecctraQuest always uses the dT data. I had a simulation which gave very strange results. Turns out, the dT data was bogus (~0.5 pS); everything else was just fine. And the dT data is easy to check if you have VT data. Aubrey Sparkman Signal Integrity Aubrey_Sparkman@Dell.com (512) 723-3592 > -----Original Message----- > From: Katja Koller [mailto:Katja.Koller@icn.siemens.de] > Sent: Friday, November 17, 2000 7:26 AM > To: ibis > Subject: Re: ibis VT curves > > > Todd Westerhoff wrote: > > > > Simon, > > > > The answer to your original question, as I understand it: > > > > SPECCTRAQuest (a.k.a SQ) doesn't use the dV/dT data when > rise/fall curves > > are present. As Betty said, the V-I curves and V-T data > are used instead. > > SQ only uses the dV/dT data when the rise/fall curves are > NOT present (i.e. > > the so-called "linear" ramp model). > > > > Some experimentation yesterday revealed that when V-I > curves are present > > (but NOT V-T), SQ uses the dT information, but NOT the dV > data. That makes > > sense (the high and low operating points are determined by > the output's V-I > > characteristics and the power supplies). The dT > information is used to > > define the length of time it takes the output to change state. > > > > There are some interesting implications to this, worthy of note: > > > > If you have an output with a 2V swing that takes 1 nS to > switch, you have a > > ramp rate of 2V/nS. Theoretically, you could specify that > as 2V/1nS, or > > 1V/0.5nS, or 10V/5nS - all of which would give you the same > ramp rate. > > BUT - only the 2V/1nS value would give you the switch time > you expect, > > because SQ is only using the dT value. > > As far as I know, the ibis spec says, that the ramp rate has > to be from > 20% to 80%. > In the case of an output with 2V swing within 2 nS, this has to be: > > dV/dt = 1.2V / 0.6 nS > > Unfortuately, I often get ibismodels where this is not the case. This > can be > checked by looking at the crossing of the VI-curves with the > "50Ohm-load-line" > (if the load is 50Ohm). > > Perhaps others have similar experiences. > > Katja > > > > > Morals of the story: > > > > 1) Ramp data is not used by SQ when V-T data is present. > > 2) When using Ramp Data, tell SQ the actual dV and dT > values for the whole > > output transition. > > > > That's the story as I understand it. If anyone has seen > different, please > > let me know! > > > > Todd. > > > > > -----Original Message----- > > > From: Simon Schaeffer [mailto:simon.schaeffer@cern.ch] > > > Sent: Thursday, November 16, 2000 8:13 AM > > > To: ibis > > > Subject: ibis VT curves > > > > > > > > > Hi, > > > > > > I'm working on ibis models and I met the same problem as > > > Betty Luk, it's > > > to say that in playing around with my IBIS model (changing > > > the ramp data > > > manually), I didn't see any changes with Sigxplorer (Specctraquest > > > signal explorer expert). However, in making the same changes > > > in the ibis > > > model used in pspice I saw differences. > > > I have done this with an ibis model with and without the > VT curves. > > > I have used "ibis2spice" from Intusoft but this program > > > doesn't convert the VT curves, it just uses the [Ramp] parameters. > > > So, I am trying to build a new ibis2spice program using > the VT curves. > > > > > > My questions are: > > > > > > 1) Why doesn't the [Ramp] modifications influence the > results (Betty > > > Luk's question) > > > > > > 2) Why use the VT curves instead of the [Ramp] parameters? > > > Is it "only" > > > to get a more accurate curve? > > > > > > 3) I am puzzled by the apparent contradiction that might > arise if both > > > the > > > VT and VI curves are available. For example, a VT curve has been > > > specified with the following load: > > > > > > > > > out -----/\/\/\/\/-----| > > > 50 | > > > + ___|___ 1.25V > > > --- > > > | > > > | > > > | > > > GND > > > > > > Going from low to high, the VT curve switches from 400mV to 2V. > > > > > > How can I use this information for other loads? > > > For example: > > > > > > - 50 Ohm load only > > > (i.e. the dc offset has been removed. My simulated output > > > will now want > > > to be something defined by the VI curve. How do I > sensibly use the VT > > > curve in this case?) > > > > > > - 100 Ohm load only > > > > > > 4) Do I have to take into account the Rfixture and Vfixture > > > values used > > > while specifying the VT curves? > > > > > > > > > > > > Thanks for your feedback > > > Simon Schaeffer > > > > > -- > Katja Koller ICN M TC 6 > Siemens AG Hofmannstr. 51 81359 Muenchen > Katja.Koller@icn.siemens.de > Tel: 0049 89 722 45719 Fax: 0049 89 722 44692 > ------_=_NextPart_000_01C050D7.62E5722E Content-Type: application/octet-stream; name="Sparkman, Aubrey.vcf" Content-Disposition: attachment; filename="Sparkman, Aubrey.vcf" BEGIN:VCARD VERSION:2.1 N:Sparkman;Aubrey FN:Sparkman, Aubrey EMAIL;PREF;INTERNET:Aubrey_Sparkman@Dell.com REV:19990728T212924Z END:VCARD ------_=_NextPart_000_01C050D7.62E5722E-- From owner-ibis Fri Nov 17 14:06:43 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAHM6eX14073 for ; Fri, 17 Nov 2000 14:06:42 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Fri, 17 Nov 2000 17:07:30 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB47@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: min and max rising/falling waveforms in s2ibis2 Date: Fri, 17 Nov 2000 17:07:23 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C050E2.C73D1938" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C050E2.C73D1938 Content-Type: text/plain; charset="iso-8859-1" Hi, I am using s2ibis2 to generate my IBIS model. I have set the [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max). The IBIS cookbook suggests that a 50 ohm resistive load Vdd be used for the rising and falling waveform VT data. In the s2ibis2-generated Spice files, the 50 Ohm load always connected to 3.3V, even for the min and max case. Is this the correct behaviour? And if so, why are 3.0 and 3.6V (for min and max respectively) not used? I would appreciate any feedback. Thanks, Betty Luk ------_=_NextPart_001_01C050E2.C73D1938 Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I am using s2ibis2 to generate my IBIS model.  I have set the [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max).  The IBIS cookbook suggests that a 50 ohm resistive load Vdd be used for the rising and falling waveform VT data.  In the s2ibis2-generated Spice files, the 50 Ohm load always connected to 3.3V, even for the min and max case.
 
Is this the correct behaviour?  And if so, why are 3.0 and 3.6V (for min and max respectively) not used?
 
I would appreciate any feedback.
 
Thanks,
Betty Luk
------_=_NextPart_001_01C050E2.C73D1938-- From owner-ibis Sat Nov 18 01:33:47 2000 Received: from snipe.prod.itd.earthlink.net (snipe.prod.itd.earthlink.net [207.217.120.62]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAI9XiX15997 for ; Sat, 18 Nov 2000 01:33:46 -0800 (PST) Received: from rosebud.al.dynip.com (dialup-209.245.168.200.Seattle1.Level3.net [209.245.168.200]) by snipe.prod.itd.earthlink.net (EL-8_9_3_3/8.9.3) with ESMTP id BAA12952; Sat, 18 Nov 2000 01:30:19 -0800 (PST) Received: from hobbes ([192.168.22.7]) by rosebud.al.dynip.com (8.10.2/8.10.2/SuSE Linux 8.10.0-0.3) with SMTP id eAI9UgK07361; Sat, 18 Nov 2000 01:30:42 -0800 X-Authentication-Warning: rosebud.al.dynip.com: Host [192.168.22.7] claimed to be hobbes From: Al Davis To: Betty Luk , "'ibis-users@eda.org'" Subject: Re: min and max rising/falling waveforms in s2ibis2 Date: Sat, 18 Nov 2000 01:31:07 -0800 X-Mailer: KMail [version 1.1.61] Content-Type: text/plain References: <85893468B47AD411818100306E00E18452BB47@nttoex1.genesis-microchip.on.ca> In-Reply-To: <85893468B47AD411818100306E00E18452BB47@nttoex1.genesis-microchip.on.ca> MIME-Version: 1.0 Message-Id: <0011180131070A.21525@hobbes> Content-Transfer-Encoding: 8bit On Fri, 17 Nov 2000, Betty Luk wrote: > I am using s2ibis2 to generate my IBIS model. I have set the > [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max). The IBIS > cookbook suggests that a 50 ohm resistive load Vdd be used for the > rising and falling waveform VT data. In the s2ibis2-generated > Spice files, the 50 Ohm load always connected to 3.3V, even for the > min and max case. > > Is this the correct behaviour? And if so, why are 3.0 and 3.6V > (for min and max respectively) not used? The voltage the test load is connected to in the waveform tables has nothing to do with the voltages the device operates on. You could connect it to some middle voltage if you want, which would be a better choice when the device is used differentially. You should supply at least two waveforms of each type. Normally, one would have a pullup load, and the other would have a pulldown load. By supplying only one of each, you do not adequately characterize both devices. A load to ground characterizes the pullup device fairly well, but does nothing for the pulldown device. Likewise, a load to Vcc characterizes the pulldown device fairly well, and supplies almost no information about the pullup device. From owner-ibis Mon Nov 20 00:14:18 2000 Received: from ultra1.its.it (ultra1.its.it [151.92.2.43]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAK8EGX24175 for ; Mon, 20 Nov 2000 00:14:17 -0800 (PST) Received: from scrf02.crf.it (scrf02.crf.it [151.91.4.15]) by ultra1.its.it (8.9.1/8.9.1) with ESMTP id JAA11633 for ; Mon, 20 Nov 2000 09:09:40 +0100 (MET) Received: by scrf02.crf.it with Internet Mail Service (5.5.2650.21) id ; Mon, 20 Nov 2000 09:11:44 +0100 Message-ID: <394EBE7C780AD211934408002B8081B802C45C2A@scrf02.crf.it> From: Rossi Giuseppe To: ibis Subject: unsubscribe Date: Mon, 20 Nov 2000 09:11:41 +0100 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain unsubscribe From owner-ibis Mon Nov 20 09:39:05 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAKHd3X27063 for ; Mon, 20 Nov 2000 09:39:05 -0800 (PST) Received: from svr-orw-exc-01.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id JAA27302; Mon, 20 Nov 2000 09:35:43 -0800 (PST) Received: by svr-orw-exc-01.wv.mentorg.com with Internet Mail Service (5.5.2653.19) id ; Mon, 20 Nov 2000 09:35:43 -0800 Message-ID: <0B30C465AF9FD311BB6B00508B449DEE069950B5@svr-orw-exc-01.wv.mentorg.com> From: "Beal, Weston" To: "'ibis-users@eda.org'" Subject: RE: min and max rising/falling waveforms in s2ibis2 Date: Mon, 20 Nov 2000 09:35:42 -0800 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2653.19) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C05318.4E592740" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C05318.4E592740 Content-Type: text/plain; charset="iso-8859-1" Betty, There's one more reason not to use s2ibis2. Someone needs to come up with a good tool to do this. The few I know of are internal to the companies that create them, except for the one commercial IBIS creator tool from Applied Simulation Technology. Are there any others? Good luck, Weston -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Friday, November 17, 2000 2:07 PM To: 'ibis-users@eda.org' Subject: min and max rising/falling waveforms in s2ibis2 Hi, I am using s2ibis2 to generate my IBIS model. I have set the [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max). The IBIS cookbook suggests that a 50 ohm resistive load Vdd be used for the rising and falling waveform VT data. In the s2ibis2-generated Spice files, the 50 Ohm load always connected to 3.3V, even for the min and max case. Is this the correct behaviour? And if so, why are 3.0 and 3.6V (for min and max respectively) not used? I would appreciate any feedback. Thanks, Betty Luk ------_=_NextPart_001_01C05318.4E592740 Content-Type: text/html; charset="iso-8859-1"
Betty,
 
There's one more reason not to use s2ibis2.  Someone needs to come up with a good tool to do this.  The few I know of are internal to the companies that create them, except for the one commercial IBIS creator tool from Applied Simulation Technology.  Are there any others?
 
Good luck,
Weston
 
-----Original Message-----
From: Betty Luk [mailto:Betty@genesis-microchip.com]
Sent: Friday, November 17, 2000 2:07 PM
To: 'ibis-users@eda.org'
Subject: min and max rising/falling waveforms in s2ibis2

Hi,
 
I am using s2ibis2 to generate my IBIS model.  I have set the [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max).  The IBIS cookbook suggests that a 50 ohm resistive load Vdd be used for the rising and falling waveform VT data.  In the s2ibis2-generated Spice files, the 50 Ohm load always connected to 3.3V, even for the min and max case.
 
Is this the correct behaviour?  And if so, why are 3.0 and 3.6V (for min and max respectively) not used?
 
I would appreciate any feedback.
 
Thanks,
Betty Luk
------_=_NextPart_001_01C05318.4E592740-- From owner-ibis Mon Nov 20 10:45:53 2000 Received: from ptldpop2.ptld.uswest.net (ptldpop2.ptld.uswest.net [198.36.160.2]) by server.eda.org (8.11.0/8.11.0) with SMTP id eAKIjoX27348 for ; Mon, 20 Nov 2000 10:45:52 -0800 (PST) Received: (qmail 94902 invoked by alias); 20 Nov 2000 18:42:28 -0000 Delivered-To: fixup-ibis-users@eda.org@fixme Received: (qmail 94882 invoked by uid 0); 20 Nov 2000 18:42:27 -0000 Received: from unknown (HELO vasthorizons.com) (63.225.95.1) by ptldpop2.ptld.uswest.net with SMTP; 20 Nov 2000 18:42:27 -0000 Message-ID: <3A197094.151C7490@vasthorizons.com> Date: Mon, 20 Nov 2000 10:42:28 -0800 From: Scott McMorrow Organization: SiQual X-Mailer: Mozilla 4.76 [en] (Windows NT 5.0; U) X-Accept-Language: en MIME-Version: 1.0 To: "Beal, Weston" CC: "'ibis-users@eda.org'" Subject: Re: min and max rising/falling waveforms in s2ibis2 References: <0B30C465AF9FD311BB6B00508B449DEE069950B5@svr-orw-exc-01.wv.mentorg.com> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Betty, Weston is incorrect. There is nothing wrong with s2ibis2 in regards to waveform tables. In order to generate the 4 necessary waveform tables you will need these lines in your s2i deck: [Rising waveform] 50 0.0 0.0 0.0 NA NA NA NA NA [Rising waveform] 50 3.3 3.0 3.6 NA NA NA NA NA [Falling waveform] 50 3.3 3.0 3.6 NA NA NA NA NA [Falling waveform] 50 0.0 0.0 0.0 NA NA NA NA NA These will generate the proper waveform tables. I believe that you were looking at the decks which produce the ramp statements. regards, scott "Beal, Weston" wrote: > Betty,There's one more reason not to use s2ibis2. Someone needs to come up with a good tool to do this. The few I know of are > internal to the companies that create them, except for the one commercial IBIS creator tool from Applied Simulation Technology. > Are there any others?Good luck,Weston > > -----Original Message----- > From: Betty Luk [mailto:Betty@genesis-microchip.com] > Sent: Friday, November 17, 2000 2:07 PM > To: 'ibis-users@eda.org' > Subject: min and max rising/falling waveforms in s2ibis2 > > Hi,I am using s2ibis2 to generate my IBIS model. I have set the [Voltage Range] to be 3.3 3.0 3.6 (typ, min, max). The > IBIS cookbook suggests that a 50 ohm resistive load Vdd be used for the rising and falling waveform VT data. In the > s2ibis2-generated Spice files, the 50 Ohm load always connected to 3.3V, even for the min and max case.Is this the > correct behaviour? And if so, why are 3.0 and 3.6V (for min and max respectively) not used?I would appreciate any > feedback.Thanks,Betty Luk > -- Scott McMorrow Principal Engineer SiQual, Signal Quality Engineering 18735 SW Boones Ferry Road Tualatin, OR 97062-3090 (503) 885-1231 http://www.siqual.com From owner-ibis Mon Nov 20 11:03:32 2000 Received: from tiger.cacc.ncsu.edu (tiger.cacc.ncsu.edu [152.1.195.93]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAKJ3QX27445 for ; Mon, 20 Nov 2000 11:03:31 -0800 (PST) Received: (from slipa@localhost) by tiger.cacc.ncsu.edu (8.8.4/EC02Jan97) id OAA25916; Mon, 20 Nov 2000 14:00:11 -0500 (EST) Date: Mon, 20 Nov 2000 14:00:11 -0500 From: Steve Lipa To: ibis-users@eda.org Cc: Steven Lipa Subject: [weston_beal@mentorg.com: RE: min and max rising/falling waveforms in s2ibis2] Message-ID: <20001120140011.E25644@eos.ncsu.edu> Mime-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline User-Agent: Mutt/1.2.5i Betty: On the other hand, one good reason for using free, open-source software is that it allows you to tailor it to your own needs. In this case it seems to me that the problem is with the specification, not the software. I guess it is much easier to take pot-shots at five-year-old free software than it is to be that someone who "needs to come up with a good tool...." Steve Lipa wrote: >Betty, > >There's one more reason not to use s2ibis2. Someone needs to come up with a >good tool to do this. The few I know of are internal to the companies that >create them, except for the one commercial IBIS creator tool from Applied >Simulation Technology. Are there any others? > >Good luck, >Weston > > >>Hi, >> >>I am using s2ibis2 to generate my IBIS model. I have set the [Voltage >>Range] to be 3.3 3.0 3.6 (typ, min, max). The IBIS cookbook suggests that a >>50 ohm resistive load Vdd be used for the rising and falling waveform VT >>data. In the s2ibis2-generated Spice files, the 50 Ohm load always >>connected to 3.3V, even for the min and max case. >> >>Is this the correct behaviour? And if so, why are 3.0 and 3.6V (for min and >>max respectively) not used? >> >>I would appreciate any feedback. >> >>Thanks, >>Betty Luk From owner-ibis Tue Nov 21 08:11:18 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALGBEX05101 for ; Tue, 21 Nov 2000 08:11:17 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Tue, 21 Nov 2000 11:11:56 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB4E@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 11:11:49 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/mixed; boundary="----_=_NextPart_000_01C053D5.C524B7D2" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_000_01C053D5.C524B7D2 Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C053D5.C524B7D2" ------_=_NextPart_001_01C053D5.C524B7D2 Content-Type: text/plain; charset="iso-8859-1" Hi, I appreciate all the help I have been getting so far.. thanks! I have built my IBIS model using s2ibis2, typ, min and max data. The data for my min curve seem to be a bit strange (when I looked at the curves using s2iplt), and the IBIS golden parser is complaining about non-monotonic data. I am not sure whether I should try to fix these warnings or not, because they are not just isolated occurences of non-monotonic data (ie. I cannot just discard the problematic point). I have included my IBIS model for convenience. These are the warnings that I get: WARNING (line 52) - Pulldown Minimum data is non-monotonic WARNING (line 134) - Pullup Minimum data is non-monotonic WARNING (line 307) - POWER Clamp Typical data is non-monotonic WARNING (line 308) - POWER Clamp Minimum data is non-monotonic I also get another warning. What does this warning mean? WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) not within 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V I would really appreciate any feedback! Thanks, Betty Luk ------_=_NextPart_001_01C053D5.C524B7D2 Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I appreciate all the help I have been getting so far.. thanks!
 
I have built my IBIS model using s2ibis2, typ, min and max data.  The data for my min curve seem to be a bit strange (when I looked at the curves using s2iplt), and the IBIS golden parser is complaining about non-monotonic data.  I am not sure whether I should try to fix these warnings or not, because they are not just isolated occurences of non-monotonic data (ie.  I cannot just discard the problematic point).  I have included my IBIS model for convenience.  These are the warnings that I get:
 
WARNING (line   52) - Pulldown Minimum data is non-monotonic
WARNING (line  134) - Pullup Minimum data is non-monotonic
WARNING (line  307) - POWER Clamp Typical data is non-monotonic
WARNING (line  308) - POWER Clamp Minimum data is non-monotonic
I also get another warning.  What does this warning mean?
 
WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V,  0.89V) not within
          0.018V (2%) of (-0.02V,  0.84V) on VI curves for 50 Ohms to 0V
 
I would really appreciate any feedback!
 
Thanks,
Betty Luk
 

 
 
 
------_=_NextPart_001_01C053D5.C524B7D2-- ------_=_NextPart_000_01C053D5.C524B7D2 Content-Type: application/octet-stream; name="test.ibs" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="test.ibs" |***********************************************************************= *=0A= | IBIS file test.ibs created by s2ibis2 version 1.1=0A= | North Carolina State University Electronics Research Laboratory = 1995=0A= |***********************************************************************= *=0A= |=0A= [IBIS ver] 2.1=0A= [File name] test.ibs=0A= [File Rev] 1=0A= [Date] September 27, 2000 =0A= [Source] =0A= [Notes] =0A= [Copyright] =0A= |=0A= |***********************************************************************= *=0A= | Component CMOS 3-State Output Pad =0A= |***********************************************************************= *=0A= |=0A= [Component] CMOS 3-State Output Pad =0A= [Manufacturer] Manufacturer =0A= [Package]=0A= | variable typ min max=0A= R_pkg 72.5000m 35.0000m 0.1100=0A= L_pkg 4.8000nH 2.2000nH 7.4000nH=0A= C_pkg 0.9750pF 0.7500pF 1.2000pF=0A= |=0A= [Pin] signal_name model_name R_pin L_pin = C_pin=0A= out tri_out tristate_driver=0A= | in tri_in dummy_input=0A= | en tri_en dummy_en=0A= gnd gnd GND=0A= vd33 vd33 POWER=0A= |=0A= |***********************************************************************= *=0A= | Model tristate_driver=0A= |***********************************************************************= *=0A= |=0A= [Model] tristate_driver=0A= Model_type 3-state=0A= Polarity Non-Inverting=0A= Enable Active-Low=0A= C_comp 0.000F 0.000F 0.000F=0A= |=0A= |=0A= [Temperature Range] 25.0000 0.1250k = 0.000=0A= [Voltage Range] 3.3000V 3.0000V = 3.6000V=0A= [Pulldown]=0A= | voltage I(typ) I(min) I(max)=0A= |=0A= -3.3000 -47.7000mA -1.0000mA -52.0000mA=0A= -3.1000 -47.0000mA 0.000A -51.2000mA=0A= -2.9000 -46.2000mA 0.000A -50.5000mA=0A= -2.7000 -45.3000mA -1.0000mA -49.5000mA=0A= -2.5000 -44.2000mA -1.0000mA -48.4000mA=0A= -2.3000 -43.0400mA 0.000A -47.1000mA=0A= -2.1000 -41.6400mA 0.000A -45.6000mA=0A= -1.9000 -40.0600mA -1.0000mA -43.9300mA=0A= -1.7000 -38.1600mA 0.000A -42.0500mA=0A= -1.5000 -36.0300mA -1.0000mA -39.7900mA=0A= -1.0000 -29.0500mA -2.0000mA -32.5200mA=0A= -0.9000 -27.2500mA -2.6000mA -30.6200mA=0A= -0.8000 -25.2800mA -3.5000mA -28.5700mA=0A= -0.7000 -23.0890mA -4.6000mA -26.2600mA=0A= -0.6000 -20.6020mA -5.5000mA -23.6530mA=0A= -0.5000 -17.7436mA -6.8100mA -20.6450mA=0A= -0.4000 -14.4341mA -8.2450mA -17.0809mA=0A= -0.3000 -10.8811mA -6.8181mA -12.9984mA=0A= -0.2000 -7.2667mA -4.5701mA -8.7242mA=0A= -0.1000 -3.6350mA -2.2707mA -4.3808mA=0A= 0.0000 0.6000pA 8.0000pA 1.1000pA=0A= 0.1000 3.5590mA 2.1969mA 4.3230mA=0A= 0.2000 6.9670mA 4.2859mA 8.4990mA=0A= 0.3000 10.2200mA 6.2679mA 12.5300mA=0A= 0.4000 13.3300mA 8.1419mA 16.4000mA=0A= 0.5000 16.2800mA 9.9069mA 20.1300mA=0A= 0.6000 19.0800mA 11.5599mA 23.7000mA=0A= 0.7000 21.7200mA 13.1099mA 27.1100mA=0A= 0.8000 24.2000mA 14.5499mA 30.3600mA=0A= 0.9000 26.5300mA 15.8799mA 33.4600mA=0A= 1.0000 28.6900mA 17.1099mA 36.3800mA=0A= 1.1000 30.6900mA 18.2199mA 39.1400mA=0A= 1.2000 32.5300mA 19.2299mA 41.7300mA=0A= 1.3000 34.2100mA 20.1299mA 44.1400mA=0A= 1.4000 35.7100mA 20.9199mA 46.3800mA=0A= 1.5000 37.0500mA 21.5999mA 48.4300mA=0A= 1.6000 38.1900mA 22.1799mA 50.2800mA=0A= 1.7000 39.1200mA 22.6599mA 51.9100mA=0A= 1.8000 39.8200mA 23.0299mA 53.2900mA=0A= 1.9000 40.3200mA 23.2999mA 54.3600mA=0A= 2.0000 40.6600mA 23.5099mA 55.1300mA=0A= 2.1000 40.9100mA 23.6599mA 55.6800mA=0A= 2.2000 41.0900mA 23.7799mA 56.0600mA=0A= 2.3000 41.2300mA 23.8799mA 56.3500mA=0A= 2.4000 41.3500mA 23.9599mA 56.5600mA=0A= 2.5000 41.4400mA 24.0199mA 56.7300mA=0A= 2.6000 41.5100mA 24.0799mA 56.8700mA=0A= 2.7000 41.5800mA 24.1199mA 56.9800mA=0A= 2.8000 41.6400mA 24.1699mA 57.0700mA=0A= 2.9000 41.6900mA 24.1999mA 57.1600mA=0A= 3.0000 41.7300mA 24.2399mA 57.2300mA=0A= 3.1000 41.7700mA 24.2699mA 57.2900mA=0A= 3.2000 41.8100mA 24.2999mA 57.3500mA=0A= 3.3000 41.8500mA 24.3499mA 57.4000mA=0A= 3.4000 41.8800mA 24.6000mA 57.4500mA=0A= 3.5000 41.9100mA 25.1100mA 57.5000mA=0A= 3.6000 41.9500mA 25.7400mA 57.5500mA=0A= 3.7000 41.9800mA 26.4200mA 57.6000mA=0A= 3.8000 42.0300mA 27.1400mA 57.6600mA=0A= 3.9000 42.1000mA 27.8700mA 57.7200mA=0A= 4.0000 42.1900mA 28.6100mA 57.7800mA=0A= 4.1000 42.3100mA 29.3400mA 57.8700mA=0A= 4.2000 42.4600mA 30.0600mA 57.9700mA=0A= 4.3000 42.6300mA 30.7400mA 58.1200mA=0A= 4.5000 43.0600mA 32.0000mA 58.5500mA=0A= 4.7000 43.5900mA 33.0100mA 59.1300mA=0A= 4.9000 44.2100mA 33.5800mA 59.8600mA=0A= 5.1000 44.9400mA 32.8900mA 60.7400mA=0A= 5.3000 45.7800mA 26.5400mA 61.7700mA=0A= 5.5000 46.7700mA 26.7800mA 63.0100mA=0A= 5.7000 48.0100mA 27.1500mA 64.6300mA=0A= 5.9000 48.2200mA 27.5700mA 66.7700mA=0A= 6.1000 49.0500mA 28.0500mA 69.3800mA=0A= 6.6000 51.6000mA 29.4500mA 73.4700mA=0A= |=0A= [Pullup]=0A= | voltage I(typ) I(min) I(max)=0A= |=0A= -3.3000 82.0100mA 63.8399mA 86.8900mA=0A= -3.1000 78.1100mA 61.1699mA 82.8200mA=0A= -2.9000 74.1400mA 58.4099mA 78.4200mA=0A= -2.7000 69.1300mA 55.5499mA 73.7400mA=0A= -2.5000 64.3300mA 52.5999mA 68.8400mA=0A= -2.3000 60.3900mA 49.6099mA 63.6600mA=0A= -2.1000 56.2600mA 48.7899mA 58.4100mA=0A= -1.9000 51.9500mA 51.4299mA 52.9800mA=0A= -1.7000 47.3600mA 48.2099mA 47.2200mA=0A= -1.5000 42.4500mA 44.1399mA 41.1000mA=0A= -1.0000 28.9500mA 32.2399mA 24.4700mA=0A= -0.9000 26.0800mA 29.6599mA 21.0000mA=0A= -0.8000 23.1800mA 27.0399mA 17.5200mA=0A= -0.7000 20.2600mA 24.3699mA 14.0100mA=0A= -0.6000 17.3300mA 21.6699mA 10.4900mA=0A= -0.5000 14.3900mA 18.9599mA 6.9700mA=0A= -0.4000 11.4600mA 16.2499mA 3.4650mA=0A= -0.3000 8.5450mA 13.5599mA 6.0000pA=0A= -0.2000 5.6490mA 10.9099mA -3.3650mA=0A= -0.1000 2.7940mA 8.3719mA -6.5890mA=0A= 0.0000 5.0000pA 6.0689mA -9.6720mA=0A= 0.1000 -2.6880mA 3.9700mA -12.6100mA=0A= 0.2000 -5.2430mA 1.9500mA -15.4100mA=0A= 0.3000 -7.6640mA 84.3300nA -18.0600mA=0A= 0.4000 -9.9520mA -1.8550mA -20.5800mA=0A= 0.5000 -12.1000mA -3.6030mA -22.9400mA=0A= 0.6000 -14.1200mA -5.2450mA -25.1700mA=0A= 0.7000 -16.0100mA -6.7800mA -27.2400mA=0A= 0.8000 -17.7600mA -8.2080mA -29.1800mA=0A= 0.9000 -19.3700mA -9.5290mA -30.9600mA=0A= 1.0000 -20.8500mA -10.7400mA -32.6100mA=0A= 1.1000 -22.2000mA -11.8500mA -34.1000mA=0A= 1.2000 -23.4100mA -12.8500mA -35.4500mA=0A= 1.3000 -24.4800mA -13.7500mA -36.6500mA=0A= 1.4000 -25.4200mA -14.5300mA -37.7100mA=0A= 1.5000 -26.2200mA -15.2100mA -38.6200mA=0A= 1.6000 -26.8900mA -15.7900mA -39.3900mA=0A= 1.7000 -27.4400mA -16.2600mA -40.0400mA=0A= 1.8000 -27.8800mA -16.6300mA -40.5800mA=0A= 1.9000 -28.2400mA -16.9200mA -41.0300mA=0A= 2.0000 -28.5400mA -17.1400mA -41.4300mA=0A= 2.1000 -28.8000mA -17.3100mA -41.7800mA=0A= 2.2000 -29.0300mA -17.4600mA -42.0900mA=0A= 2.3000 -29.2400mA -17.5900mA -42.3800mA=0A= 2.4000 -29.4200mA -17.7100mA -42.6300mA=0A= 2.5000 -29.5900mA -17.8200mA -42.8700mA=0A= 2.6000 -29.7500mA -17.9200mA -43.0800mA=0A= 2.7000 -29.8900mA -18.0100mA -43.2800mA=0A= 2.8000 -30.0200mA -18.1000mA -43.4600mA=0A= 2.9000 -30.1400mA -18.1700mA -43.6300mA=0A= 3.0000 -30.2600mA -18.2500mA -43.7900mA=0A= 3.1000 -30.3600mA -18.3200mA -43.9400mA=0A= 3.2000 -30.4600mA -18.3800mA -44.0800mA=0A= 3.3000 -30.5600mA -18.4400mA -44.2100mA=0A= 3.4000 -30.6400mA -18.5000mA -44.3400mA=0A= 3.5000 -30.7300mA -18.5800mA -44.4600mA=0A= 3.6000 -30.8300mA -18.9800mA -44.6400mA=0A= 3.7000 -31.0500mA -23.5100mA -45.2600mA=0A= 3.8000 -31.9200mA -59.0800mA -47.2500mA=0A= 3.9000 -34.0800mA -0.1560A -50.7200mA=0A= 4.0000 -37.2800mA -0.2549A -55.2200mA=0A= 4.1000 -41.2400mA -0.3542A -60.4500mA=0A= 4.2000 -45.7600mA -0.4537A -66.1900mA=0A= 4.3000 -50.6800mA -0.5533A -72.3100mA=0A= 4.5000 -61.4600mA -0.7524A -85.3200mA=0A= 4.7000 -73.0900mA -0.9512A -99.0800mA=0A= 4.9000 -85.2600mA -1.1490A -0.1132A=0A= 5.1000 -97.7500mA -1.3470A -0.1275A=0A= 5.3000 -0.1104A -1.5440A -0.1419A=0A= 5.5000 -0.1232A -1.7400A -0.1564A=0A= 5.7000 -0.1361A -1.9370A -0.1709A=0A= 5.9000 -0.1490A -2.1320A -0.1853A=0A= 6.1000 -0.1618A -2.3270A -0.1998A=0A= 6.6000 -0.1940A -2.8130A -0.2360A=0A= |=0A= [GND_clamp]=0A= | voltage I(typ) I(min) I(max)=0A= |=0A= -3.3000 -0.1567A -2.7910A -0.1805A=0A= -3.2000 -0.1509A -2.6950A -0.1743A=0A= -3.1000 -0.1451A -2.5980A -0.1681A=0A= -3.0000 -0.1392A -2.5010A -0.1617A=0A= -2.9000 -0.1333A -2.4040A -0.1553A=0A= -2.8000 -0.1273A -2.3070A -0.1489A=0A= -2.7000 -0.1213A -2.2090A -0.1423A=0A= -2.6000 -0.1152A -2.1120A -0.1357A=0A= -2.5000 -0.1091A -2.0140A -0.1290A=0A= -2.4000 -0.1029A -1.9170A -0.1223A=0A= -2.3000 -96.7600mA -1.8190A -0.1155A=0A= -2.2000 -90.5700mA -1.7210A -0.1087A=0A= -2.1000 -84.3600mA -1.6230A -0.1018A=0A= -2.0000 -78.1500mA -1.5240A -94.9100mA=0A= -1.9000 -71.9400mA -1.4260A -87.9700mA=0A= -1.8000 -65.7500mA -1.3270A -81.0100mA=0A= -1.7000 -59.6000mA -1.2290A -74.0500mA=0A= -1.6000 -53.4900mA -1.1300A -67.1000mA=0A= -1.5000 -47.4600mA -1.0310A -60.1700mA=0A= -1.4000 -41.5100mA -0.9321A -53.3000mA=0A= -1.3000 -35.7000mA -0.8328A -46.5100mA=0A= -1.2000 -30.0400mA -0.7335A -39.8300mA=0A= -1.1000 -24.5900mA -0.6340A -33.3200mA=0A= -1.0000 -19.3900mA -0.5344A -27.0100mA=0A= -0.9000 -14.5400mA -0.4349A -21.0200mA=0A= -0.8000 -10.0900mA -0.3354A -15.3700mA=0A= -0.7000 -6.1910mA -0.2361A -10.2500mA=0A= -0.6000 -3.0580mA -0.1373A -5.8470mA=0A= -0.5000 -0.9664mA -40.3800mA -2.4750mA=0A= -0.4000 -0.1659mA -4.8550mA -0.5891mA=0A= -0.3000 -18.8900uA -0.3769mA -71.5700uA=0A= -0.2000 -1.2520uA -22.8600uA -5.7830uA=0A= -0.1000 -41.6300nA -1.2830uA -0.1987uA=0A= 0.0000 -0.1096nA -6.7450nA -0.1200nA=0A= 0.1000 0.9234nA 66.1200nA 3.4410nA=0A= 0.2000 1.0050nA 70.3500nA 3.7170nA=0A= 0.3000 1.0520nA 71.1000nA 3.8700nA=0A= 0.4000 1.0910nA 71.5700nA 3.9940nA=0A= 0.5000 1.1270nA 71.9600nA 4.1050nA=0A= 0.6000 1.1610nA 72.3300nA 4.2100nA=0A= 0.7000 1.1940nA 72.6800nA 4.3100nA=0A= 0.8000 1.2260nA 73.0100nA 4.4080nA=0A= 0.9000 1.2570nA 73.3300nA 4.5050nA=0A= 1.0000 1.2880nA 73.6400nA 4.6000nA=0A= 1.1000 1.3190nA 73.9400nA 4.6940nA=0A= 1.2000 1.3500nA 74.2500nA 4.7880nA=0A= 1.3000 1.3800nA 74.5400nA 4.8800nA=0A= 1.4000 1.4100nA 74.8400nA 4.9730nA=0A= 1.5000 1.4400nA 75.1300nA 5.0660nA=0A= 1.6000 1.4700nA 75.4200nA 5.1570nA=0A= 1.7000 1.5000nA 75.7100nA 5.2500nA=0A= 1.8000 1.5310nA 76.0000nA 5.3440nA=0A= 1.9000 1.5610nA 76.3000nA 5.4380nA=0A= 2.0000 1.5910nA 76.5900nA 5.5330nA=0A= 2.1000 1.6220nA 76.8900nA 5.6290nA=0A= 2.2000 1.6530nA 77.1900nA 5.7280nA=0A= 2.3000 1.6850nA 77.4900nA 5.8310nA=0A= 2.4000 1.7180nA 77.7700nA 5.9340nA=0A= 2.5000 1.7500nA 77.9300nA 6.0420nA=0A= 2.6000 1.7860nA 77.9500nA 6.1560nA=0A= 2.7000 1.8190nA 77.9700nA 6.2750nA=0A= 2.8000 1.8440nA 78.0000nA 6.4000nA=0A= 2.9000 1.8500nA 78.5600nA 6.5320nA=0A= 3.0000 1.8560nA 84.4800nA 6.6640nA=0A= 3.1000 1.8610nA 92.6300nA 6.7340nA=0A= 3.2000 1.8640nA 94.4400nA 6.7440nA=0A= 3.3000 1.8700nA 0.1373uA 6.7510nA=0A= |=0A= [POWER_clamp]=0A= | voltage I(typ) I(min) I(max)=0A= |=0A= -3.3000 2.0750nA 95.1800nA 7.0010nA=0A= -3.2000 2.0700nA 95.1500nA 6.9920nA=0A= -3.1000 2.0660nA 95.1300nA 6.9900nA=0A= -3.0000 2.0590nA 95.1000nA 6.9800nA=0A= -2.9000 2.0500nA 95.0900nA 6.9730nA=0A= -2.8000 2.0460nA 95.0600nA 6.9680nA=0A= -2.7000 2.0400nA 95.0500nA 6.9580nA=0A= -2.6000 2.0360nA 95.0300nA 6.9550nA=0A= -2.5000 2.0300nA 95.0200nA 6.9500nA=0A= -2.4000 2.0230nA 95.0000nA 6.9400nA=0A= -2.3000 2.0160nA 94.9900nA 6.9350nA=0A= -2.2000 2.0110nA 94.9800nA 6.9260nA=0A= -2.1000 2.0050nA 94.9700nA 6.9210nA=0A= -2.0000 2.0000nA 94.9600nA 6.9130nA=0A= -1.9000 1.9950nA 94.9500nA 6.9070nA=0A= -1.8000 1.9930nA 94.9400nA 6.8990nA=0A= -1.7000 1.9850nA 94.9300nA 6.8930nA=0A= -1.6000 1.9790nA 94.9200nA 6.8870nA=0A= -1.5000 1.9740nA 94.9100nA 6.8820nA=0A= -1.4000 1.9720nA 94.9100nA 6.8740nA=0A= -1.3000 1.9660nA 94.9000nA 6.8680nA=0A= -1.2000 1.9580nA 94.8900nA 6.8620nA=0A= -1.1000 1.9510nA 94.8900nA 6.8580nA=0A= -1.0000 1.9460nA 94.8700nA 6.8510nA=0A= -0.9000 1.9400nA 94.8700nA 6.8450nA=0A= -0.8000 1.9340nA 94.8600nA 6.8360nA=0A= -0.7000 1.9290nA 94.8500nA 6.8310nA=0A= -0.6000 1.9260nA 94.8500nA 6.8270nA=0A= -0.5000 1.9200nA 94.8400nA 6.8110nA=0A= -0.4000 1.9130nA 94.8300nA 6.7750nA=0A= -0.3000 1.9070nA 94.8200nA 6.7670nA=0A= -0.2000 1.9630nA 94.8100nA 6.7620nA=0A= -0.1000 1.8770nA 0.1040uA 6.7580nA=0A= 0.0000 1.8700nA 26.1700uA 6.7500nA=0A= |=0A= [Ramp]=0A= | variable typ min max=0A= dV/dt_r 0.8460/0.6062n 0.5314/0.7185n = 1.1340/0.5055n=0A= dV/dt_f 1.0992/0.5655n 0.6894/0.4819n = 1.3542/0.4908n=0A= R_load =3D 50.0000 =0A= |=0A= [Rising Waveform]=0A= R_fixture =3D 50.0000 =0A= V_fixture =3D 0.000=0A= | time V(typ) V(min) V(max)=0A= |=0A= 0.000S 0.000V 0.000V 0.000V=0A= 1.000e-10S 0.000V 0.000V 0.000V=0A= 0.2000nS -0.2364uV 0.000V -1.0181uV=0A= 0.3000nS -2.4277uV -1.9276uV -2.5380uV=0A= 0.4000nS -5.2820uV -5.1980uV -5.6840uV=0A= 0.5000nS -23.0167uV -16.5033uV 7.8200uV=0A= 0.6000nS 42.4300uV -37.0000uV -25.1800uV=0A= 0.7000nS 0.1039mV -32.5550uV -6.2630mV=0A= 0.8000nS -5.5590mV 0.1652mV -27.9750mV=0A= 0.9000nS -21.7450mV -0.1914mV -12.8336mV=0A= 1.0000nS -37.3000mV -3.6010mV 0.1212V=0A= 1.1000nS 11.6600mV -11.8460mV 0.3967V=0A= 1.2000nS 0.1522V -24.0200mV 0.6983V=0A= 1.3000nS 0.3368V -32.8750mV 0.9912V=0A= 1.4000nS 0.5721V -1.2733mV 1.2590V=0A= 1.5000nS 0.7473V 58.0200mV 1.4080V=0A= 1.6000nS 0.8619V 0.1204V 1.5130V=0A= 1.7000nS 0.9738V 0.2167V 1.6325V=0A= 1.8000nS 1.0605V 0.3135V 1.6895V=0A= 1.9000nS 1.1460V 0.4082V 1.7475V=0A= 2.0000nS 1.2050V 0.4870V 1.7815V=0A= 2.1000nS 1.2593V 0.5792V 1.8140V=0A= 2.2000nS 1.3005V 0.6496V 1.8360V=0A= 2.3000nS 1.3170V 0.6840V 1.8450V=0A= 2.4000nS 1.3345V 0.7178V 1.8550V=0A= 2.5000nS 1.3500V 0.7485V 1.8625V=0A= 2.6000nS 1.3625V 0.7751V 1.8685V=0A= 2.7000nS 1.3757V 0.8019V 1.8747V=0A= 2.8000nS 1.3835V 0.8210V 1.8790V=0A= 2.9000nS 1.3890V 0.8321V 1.8810V=0A= 3.0000nS 1.3920V 0.8388V 1.8825V=0A= 3.1000nS 1.3950V 0.8478V 1.8840V=0A= 3.2000nS 1.3985V 0.8556V 1.8855V=0A= 3.3000nS 1.4005V 0.8609V 1.8860V=0A= 3.4000nS 1.4025V 0.8660V 1.8870V=0A= 3.5000nS 1.4040V 0.8696V 1.8875V=0A= 3.6000nS 1.4050V 0.8727V 1.8880V=0A= 3.7000nS 1.4063V 0.8759V 1.8883V=0A= 3.8000nS 1.4070V 0.8782V 1.8890V=0A= 3.9000nS 1.4080V 0.8796V 1.8890V=0A= 4.0000nS 1.4080V 0.8804V 1.8890V=0A= 4.1000nS 1.4080V 0.8815V 1.8890V=0A= 4.2000nS 1.4090V 0.8824V 1.8890V=0A= 4.3000nS 1.4090V 0.8830V 1.8890V=0A= 4.4000nS 1.4090V 0.8837V 1.8890V=0A= 4.5000nS 1.4090V 0.8842V 1.8890V=0A= 4.6000nS 1.4090V 0.8846V 1.8890V=0A= 4.7000nS 1.4090V 0.8849V 1.8895V=0A= 4.8000nS 1.4093V 0.8852V 1.8900V=0A= 4.9000nS 1.4100V 0.8854V 1.8900V=0A= 5.0000nS 1.4100V 0.8856V 1.8900V=0A= |=0A= [Rising Waveform]=0A= R_fixture =3D 50.0000 =0A= V_fixture =3D 3.3000=0A= V_fixture_min =3D 3.0000=0A= V_fixture_max =3D 3.6000=0A= | time V(typ) V(min) V(max)=0A= |=0A= 0.000S 1.4680V 1.8420V 1.3430V=0A= 1.000e-10S 1.4680V 1.8420V 1.3430V=0A= 0.2000nS 1.4680V 1.8420V 1.3430V=0A= 0.3000nS 1.4680V 1.8420V 1.3430V=0A= 0.4000nS 1.4680V 1.8420V 1.3430V=0A= 0.5000nS 1.4680V 1.8420V 1.3430V=0A= 0.6000nS 1.4680V 1.8420V 1.3430V=0A= 0.7000nS 1.4675V 1.8420V 1.3430V=0A= 0.8000nS 1.4720V 1.8420V 1.4270V=0A= 0.9000nS 1.5570V 1.8420V 1.8785V=0A= 1.0000nS 1.8805V 1.8465V 2.4800V=0A= 1.1000nS 2.2975V 1.8745V 2.9580V=0A= 1.2000nS 2.6685V 2.0045V 3.2360V=0A= 1.3000nS 2.9605V 2.2435V 3.4235V=0A= 1.4000nS 3.1713V 2.5583V 3.5513V=0A= 1.5000nS 3.2580V 2.7580V 3.5820V=0A= 1.6000nS 3.2740V 2.8390V 3.5905V=0A= 1.7000nS 3.2840V 2.9150V 3.5945V=0A= 1.8000nS 3.2920V 2.9615V 3.5965V=0A= 1.9000nS 3.2980V 2.9745V 3.5990V=0A= 2.0000nS 3.2980V 2.9820V 3.5990V=0A= 2.1000nS 3.2987V 2.9907V 3.5990V=0A= 2.2000nS 3.2990V 2.9935V 3.5990V=0A= 2.3000nS 3.2990V 2.9940V 3.5990V=0A= 2.4000nS 3.2990V 2.9950V 3.6000V=0A= 2.5000nS 3.2990V 2.9960V 3.6000V=0A= 2.6000nS 3.2990V 2.9970V 3.6000V=0A= 2.7000nS 3.2990V 2.9970V 3.6000V=0A= 2.8000nS 3.2990V 2.9970V 3.6000V=0A= 2.9000nS 3.2990V 2.9980V 3.6000V=0A= 3.0000nS 3.2990V 2.9980V 3.6000V=0A= 3.1000nS 3.2990V 2.9980V 3.6000V=0A= 3.2000nS 3.2990V 2.9980V 3.6000V=0A= 3.3000nS 3.2990V 2.9980V 3.6000V=0A= 3.4000nS 3.2990V 2.9980V 3.6000V=0A= 3.5000nS 3.2990V 2.9980V 3.6000V=0A= 3.6000nS 3.2990V 2.9980V 3.6000V=0A= 3.7000nS 3.2990V 2.9980V 3.6000V=0A= 3.8000nS 3.3000V 2.9980V 3.6000V=0A= 3.9000nS 3.3000V 2.9980V 3.6000V=0A= 4.0000nS 3.2995V 2.9980V 3.6000V=0A= 4.1000nS 3.2990V 2.9980V 3.6000V=0A= 4.2000nS 3.2990V 2.9980V 3.6000V=0A= 4.3000nS 3.3000V 2.9980V 3.6000V=0A= 4.4000nS 3.3000V 2.9990V 3.6000V=0A= 4.5000nS 3.3000V 2.9990V 3.6000V=0A= 4.6000nS 3.2990V 2.9990V 3.6000V=0A= 4.7000nS 3.2995V 2.9990V 3.6000V=0A= 4.8000nS 3.3000V 2.9990V 3.6000V=0A= 4.9000nS 3.3000V 2.9990V 3.6000V=0A= 5.0000nS 3.3000V 2.9990V 3.6000V=0A= |=0A= [Falling Waveform]=0A= R_fixture =3D 50.0000 =0A= V_fixture =3D 0.000=0A= | time V(typ) V(min) V(max)=0A= |=0A= 0.000S 1.4100V 0.8864V 1.8900V=0A= 1.000e-10S 1.4100V 0.8864V 1.8900V=0A= 0.2000nS 1.4100V 0.8864V 1.8900V=0A= 0.3000nS 1.4100V 0.8864V 1.8900V=0A= 0.4000nS 1.4100V 0.8864V 1.8900V=0A= 0.5000nS 1.4100V 0.8864V 1.8900V=0A= 0.6000nS 1.4100V 0.8864V 1.8900V=0A= 0.7000nS 1.4100V 0.8864V 1.8900V=0A= 0.8000nS 1.4100V 0.8864V 1.8905V=0A= 0.9000nS 1.4115V 0.8870V 1.8905V=0A= 1.0000nS 1.4085V 0.8885V 1.8590V=0A= 1.1000nS 1.3685V 0.8881V 1.6750V=0A= 1.2000nS 1.2390V 0.8781V 1.3540V=0A= 1.3000nS 1.0365V 0.8454V 0.9187V=0A= 1.4000nS 0.7340V 0.7526V 0.4647V=0A= 1.5000nS 0.4779V 0.6521V 0.2370V=0A= 1.6000nS 0.3385V 0.5675V 0.1755V=0A= 1.7000nS 0.2210V 0.4496V 0.1054V=0A= 1.8000nS 0.1229V 0.3337V 47.8650mV=0A= 1.9000nS 77.8850mV 0.2486V 34.7550mV=0A= 2.0000nS 56.1650mV 0.1732V 26.4850mV=0A= 2.1000nS 33.0533mV 0.1110V 16.9467mV=0A= 2.2000nS 18.4250mV 70.2900mV 10.7245mV=0A= 2.3000nS 14.6100mV 50.8900mV 8.7170mV=0A= 2.4000nS 11.8350mV 41.5900mV 7.0235mV=0A= 2.5000nS 8.1405mV 29.1800mV 4.7650mV=0A= 2.6000nS 5.4530mV 20.3750mV 3.4405mV=0A= 2.7000nS 3.6673mV 13.8567mV 2.3150mV=0A= 2.8000nS 2.2620mV 8.8425mV 1.5415mV=0A= 2.9000nS 1.8310mV 7.1860mV 1.2490mV=0A= 3.0000nS 1.4005mV 5.5285mV 0.9565mV=0A= 3.1000nS 0.9793mV 3.9215mV 0.7206mV=0A= 3.2000nS 0.7485mV 2.9165mV 0.5546mV=0A= 3.3000nS 0.5306mV 1.9870mV 0.4088mV=0A= 3.4000nS 0.4122mV 1.5090mV 0.3318mV=0A= 3.5000nS 0.3139mV 1.1060mV 0.2578mV=0A= 3.6000nS 0.2406mV 0.8029mV 0.2108mV=0A= 3.7000nS 0.1876mV 0.5488mV 0.1675mV=0A= 3.8000nS 0.1446mV 0.3651mV 0.1334mV=0A= 3.9000nS 0.1298mV 0.3183mV 0.1175mV=0A= 4.0000nS 0.1149mV 0.2715mV 0.1016mV=0A= 4.1000nS 98.8750uV 0.2129mV 89.7400uV=0A= 4.2000nS 87.2450uV 0.1581mV 82.1750uV=0A= 4.3000nS 76.3400uV 0.1101mV 75.2700uV=0A= 4.4000nS 70.8150uV 0.1033mV 70.6200uV=0A= 4.5000nS 66.3900uV 0.1033mV 66.0700uV=0A= 4.6000nS 59.8150uV 91.4750uV 59.4650uV=0A= 4.7000nS 50.5650uV 67.7750uV 51.9400uV=0A= 4.8000nS 42.2333uV 50.6067uV 45.3267uV=0A= 4.9000nS 43.1600uV 64.6000uV 43.4300uV=0A= 5.0000nS 44.3800uV 74.8600uV 42.3700uV=0A= |=0A= [Falling Waveform]=0A= R_fixture =3D 50.0000 =0A= V_fixture =3D 3.3000=0A= V_fixture_min =3D 3.0000=0A= V_fixture_max =3D 3.6000=0A= | time V(typ) V(min) V(max)=0A= |=0A= 0.000S 3.3000V 3.0000V 3.6000V=0A= 1.000e-10S 3.3000V 3.0000V 3.6000V=0A= 0.2000nS 3.3000V 3.0000V 3.6000V=0A= 0.3000nS 3.3000V 3.0000V 3.6000V=0A= 0.4000nS 3.3000V 3.0000V 3.6000V=0A= 0.5000nS 3.3000V 3.0000V 3.6000V=0A= 0.6000nS 3.3000V 3.0000V 3.6000V=0A= 0.7000nS 3.3000V 3.0000V 3.5995V=0A= 0.8000nS 3.2990V 2.9995V 3.5990V=0A= 0.9000nS 3.2995V 2.9990V 3.6015V=0A= 1.0000nS 3.3020V 2.9990V 3.6165V=0A= 1.1000nS 3.3130V 3.0005V 3.6355V=0A= 1.2000nS 3.3270V 3.0030V 3.6345V=0A= 1.3000nS 3.3315V 3.0100V 3.4640V=0A= 1.4000nS 3.2927V 3.0183V 2.8350V=0A= 1.5000nS 3.0850V 3.0220V 2.3280V=0A= 1.6000nS 2.8205V 3.0220V 2.1145V=0A= 1.7000nS 2.4280V 3.0165V 1.9905V=0A= 1.8000nS 2.1285V 2.9690V 1.8680V=0A= 1.9000nS 1.9815V 2.8295V 1.7510V=0A= 2.0000nS 1.9140V 2.6415V 1.6585V=0A= 2.1000nS 1.8420V 2.4197V 1.5680V=0A= 2.2000nS 1.7695V 2.2570V 1.4845V=0A= 2.3000nS 1.7270V 2.1650V 1.4550V=0A= 2.4000nS 1.6910V 2.0890V 1.4345V=0A= 2.5000nS 1.6420V 2.0365V 1.4100V=0A= 2.6000nS 1.6015V 1.9865V 1.3925V=0A= 2.7000nS 1.5700V 1.9550V 1.3780V=0A= 2.8000nS 1.5405V 1.9350V 1.3660V=0A= 2.9000nS 1.5280V 1.9270V 1.3620V=0A= 3.0000nS 1.5195V 1.9225V 1.3590V=0A= 3.1000nS 1.5080V 1.9165V 1.3550V=0A= 3.2000nS 1.4980V 1.9120V 1.3515V=0A= 3.3000nS 1.4915V 1.9080V 1.3505V=0A= 3.4000nS 1.4865V 1.9040V 1.3485V=0A= 3.5000nS 1.4820V 1.8990V 1.3470V=0A= 3.6000nS 1.4790V 1.8940V 1.3460V=0A= 3.7000nS 1.4760V 1.8870V 1.3450V=0A= 3.8000nS 1.4735V 1.8805V 1.3450V=0A= 3.9000nS 1.4730V 1.8770V 1.3440V=0A= 4.0000nS 1.4720V 1.8740V 1.3440V=0A= 4.1000nS 1.4710V 1.8700V 1.3440V=0A= 4.2000nS 1.4700V 1.8665V 1.3440V=0A= 4.3000nS 1.4700V 1.8635V 1.3440V=0A= 4.4000nS 1.4690V 1.8615V 1.3435V=0A= 4.5000nS 1.4690V 1.8590V 1.3430V=0A= 4.6000nS 1.4690V 1.8565V 1.3430V=0A= 4.7000nS 1.4685V 1.8555V 1.3430V=0A= 4.8000nS 1.4680V 1.8533V 1.3430V=0A= 4.9000nS 1.4680V 1.8515V 1.3430V=0A= 5.0000nS 1.4680V 1.8510V 1.3430V=0A= |=0A= | End [Model] tristate_driver=0A= |=0A= | End [Component] CMOS 3-State Output Pad =0A= |=0A= [End]=0A= ------_=_NextPart_000_01C053D5.C524B7D2-- From owner-ibis Tue Nov 21 09:43:42 2000 Received: from odin.acuson.com (odin.acuson.com [157.226.230.71]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALHheX05457 for ; Tue, 21 Nov 2000 09:43:41 -0800 (PST) Received: from acuson.com ([157.226.45.34]) by odin.acuson.com (Netscape Messaging Server 3.54) with ESMTP id AAA301B; Tue, 21 Nov 2000 09:43:52 -0800 Sender: "Kim Helliwell" Message-ID: <3A1AB2DF.416B2BC3@acuson.com> Date: Tue, 21 Nov 2000 09:37:36 -0800 From: Kim Helliwell Organization: Acuson X-Mailer: Mozilla 4.7 [en] (X11; U; SunOS 5.7 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: Betty Luk CC: "'ibis-users@eda.org'" Subject: Re: help with ibischk3 warnings and min data References: <85893468B47AD411818100306E00E18452BB4E@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit > Betty Luk wrote: > > Hi, > > I appreciate all the help I have been getting so far.. thanks! > > I have built my IBIS model using s2ibis2, typ, min and max data. The data for my min curve seem to be a bit strange > (when I looked at the curves using s2iplt), and the IBIS golden parser is complaining about non-monotonic data. I am > not sure whether I should try to fix these warnings or not, because they are not just isolated occurences of > non-monotonic data (ie. I cannot just discard the problematic point). I have included my IBIS model for > convenience. These are the warnings that I get: > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > WARNING (line 134) - Pullup Minimum data is non-monotonic > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > I also get another warning. What does this warning mean? > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) not within > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V > > I would really appreciate any feedback! > > Thanks, > Betty Luk > > > > > > > Name: test.ibs > test.ibs Type: unspecified type (application/octet-stream) > Encoding: quoted-printable 1. I believe that most simulators currently available filter the IBIS table data so as to remove nonmonotonicity from the data. That's not to say it's not better to remove it yourself first. It might be a good idea to check the actual curves from the simulator you're using with s2ibis2 and see whether the nonmon behavior is present in the data, or whether it's introduced by the interpolation routines in s2ibis2. If it is present in the actual simulation output, does the nonmonotoncity appear to be severe? If so, then perhaps there are problems with the models you are using. If it's minor, and if it's outside the normal supply range, it probably won't hurt things too much. I would say: do your best to eliminate this problem, but if it's not possible, you may have to rely on the filtering in your customer's simulators. 2. The problem with your AC warning is that the start and end values of the V-T curves do not match the start and end values of the VI curves. You need to understand why this is happening, which will involve looking at the SPICE netlists and output for the VI and VT curves. The lower endpoint is probably close enough to ignore, but the upper one is a bit further off. There is a risk that some simulators your customers use will not tolerate this too well and simply fail or (worse) quietly give the wrong answer. In any case, any warnings you don't fix should be mentioned in comments in the resulting IBIS file, so your users don't panic when they see the warnings. -- Kim Helliwell Senior CAE Engineer Acuson Corporation Phone: 650 694 5030 FAX: 650 943 7260 From owner-ibis Tue Nov 21 10:04:54 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALI4pX05521 for ; Tue, 21 Nov 2000 10:04:52 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Tue, 21 Nov 2000 13:05:32 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB53@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'Kim Helliwell'" Cc: "'ibis-users@eda.org'" Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 13:05:24 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain; charset="iso-8859-1" Hi Kim, For your point 2), I'm not sure what I should be comparing my VT data with (ie. which part of the VI data). I think I'm still unclear on what the warning message means. Thanks, Betty > -----Original Message----- > From: Kim Helliwell [mailto:khelliwe@acuson.com] > Sent: Tuesday, November 21, 2000 12:38 PM > To: Betty Luk > Cc: 'ibis-users@eda.org' > Subject: Re: help with ibischk3 warnings and min data > > > > Betty Luk wrote: > > > > Hi, > > > > I appreciate all the help I have been getting so far.. thanks! > > > > I have built my IBIS model using s2ibis2, typ, min and max > data. The data for my min curve seem to be a bit strange > > (when I looked at the curves using s2iplt), and the IBIS > golden parser is complaining about non-monotonic data. I am > > not sure whether I should try to fix these warnings or not, > because they are not just isolated occurences of > > non-monotonic data (ie. I cannot just discard the > problematic point). I have included my IBIS model for > > convenience. These are the warnings that I get: > > > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > > WARNING (line 134) - Pullup Minimum data is non-monotonic > > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > > I also get another warning. What does this warning mean? > > > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints > ( 0.00V, 0.89V) not within > > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for > 50 Ohms to 0V > > > > I would really appreciate any feedback! > > > > Thanks, > > Betty Luk > > > > > > > > > > > > > > Name: test.ibs > > test.ibs Type: unspecified type (application/octet-stream) > > Encoding: quoted-printable > > 1. I believe that most simulators currently available filter > the IBIS table data > so as to remove nonmonotonicity from the data. That's not > to say it's not > better to remove it yourself first. It might be a good > idea to check the > actual curves from the simulator you're using with s2ibis2 > and see whether > the nonmon behavior is present in the data, or whether > it's introduced by > the interpolation routines in s2ibis2. If it is present > in the actual > simulation output, does the nonmonotoncity appear to be > severe? If so, then > perhaps there are problems with the models you are using. > If it's minor, > and if it's outside the normal supply range, it probably > won't hurt things > too much. > > I would say: do your best to eliminate this problem, but > if it's not possible, > you may have to rely on the filtering in your customer's > simulators. > > 2. The problem with your AC warning is that the start and end > values of the > V-T curves do not match the start and end values of the VI > curves. You need > to understand why this is happening, which will involve > looking at the SPICE > netlists and output for the VI and VT curves. The lower > endpoint is probably > close enough to ignore, but the upper one is a bit further > off. There is a > risk that some simulators your customers use will not > tolerate this too well > and simply fail or (worse) quietly give the wrong answer. > > In any case, any warnings you don't fix should be mentioned > in comments in the > resulting IBIS file, so your users don't panic when they see > the warnings. > > > -- > Kim Helliwell > Senior CAE Engineer > Acuson Corporation > Phone: 650 694 5030 FAX: 650 943 7260 > From owner-ibis Tue Nov 21 10:15:39 2000 Received: from zmamail05.zma.compaq.com (zmamail05.zma.compaq.com [161.114.64.105]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALIFXX05548 for ; Tue, 21 Nov 2000 10:15:37 -0800 (PST) Received: by zmamail05.zma.compaq.com (Postfix, from userid 12345) id 5346739BD; Tue, 21 Nov 2000 13:12:11 -0500 (EST) Received: from exctay-gh03.tay.cpqcorp.net (exctay-gh03.tay.cpqcorp.net [16.103.129.53]) by zmamail05.zma.compaq.com (Postfix) with ESMTP id 475792545; Tue, 21 Nov 2000 13:12:11 -0500 (EST) Received: by exctay-gh03.tay.cpqcorp.net with Internet Mail Service (5.5.2652.78) id ; Tue, 21 Nov 2000 13:12:10 -0500 Message-ID: <212CC57E84B8D111AD780000F84AA0490C713AE7@mroexc2.tay.cpqcorp.net> From: "Ingraham, Andrew" To: "'Betty Luk'" Cc: "'ibis-users@eda.org'" Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 13:12:05 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) Content-Type: text/plain > For your point 2), I'm not sure what I should be comparing my VT data with > (ie. which part of the VI data). I think I'm still unclear on what the > warning message means. It means that the steady-state parts of the V-T data were not consistent with what they should have been, based on the V-I data. The endpoints are the first and last values in the V-T table. For rising edges, the first point should have the driver at steady-state low. The last point ought to be far enough out on the rising edge so that most transient effects have died out. This approaches a steady-state high. The steady-state low and high values can be calculated from the V-I data, in conjunction with the load resistance and pull-up or pull-down voltage. It is complaining that the values are not as close as they should be. Andy From owner-ibis Tue Nov 21 10:18:43 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALIIfX05565 for ; Tue, 21 Nov 2000 10:18:42 -0800 (PST) Received: from svr-orw-exc-02.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id KAA00193; Tue, 21 Nov 2000 10:15:12 -0800 (PST) Received: from orwtomda (orw-tomda.wv.mentorg.com [147.34.83.131]) by svr-orw-exc-02.wv.mentorg.com with SMTP (Microsoft Exchange Internet Mail Service Version 5.5.2650.21) id W8J1J5FP; Tue, 21 Nov 2000 10:15:12 -0800 Reply-To: From: "Tom Dagostino" To: "'Betty Luk'" , "'Kim Helliwell'" Cc: Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 10:15:08 -0800 Message-ID: <001b01c053e6$fc2b3f10$83532293@wv.mentorg.com> MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook CWS, Build 9.0.2416 (9.0.2911.0) X-Mimeole: Produced By Microsoft MimeOLE V5.00.2314.1300 In-Reply-To: <85893468B47AD411818100306E00E18452BB53@nttoex1.genesis-microchip.on.ca> Importance: Normal The IBIS parser tries to check for consistency between the DC and the AC parts of the model. The endpoint message says the steady state part of the AC waveforms does not match the predicted DC characteristics. If you were to take the part and put the output in a high state and connect a 50 Ohm resistor to ground the voltage on the resistor is predicted from the pull up curve. To calculate this voltage the parser places a load line on the curve, 50 Ohms to ground, and calculates the intersection of the pull up curve and the load line. Likewise for the pull down a 50 Ohm to Vcc load line is placed on the pull down and the intersection of the two is the predicted output low. If the predicted values do not match the end points in the model's AC tables within 2% the error is given. Tom Dagostino IBIS and Tau Modeling Manager SDD Mentor Graphics Corp. 503-685-1613 tom_dagostino@mentor.com -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Tuesday, November 21, 2000 10:05 AM To: 'Kim Helliwell' Cc: 'ibis-users@eda.org' Subject: RE: help with ibischk3 warnings and min data Hi Kim, For your point 2), I'm not sure what I should be comparing my VT data with (ie. which part of the VI data). I think I'm still unclear on what the warning message means. Thanks, Betty > -----Original Message----- > From: Kim Helliwell [mailto:khelliwe@acuson.com] > Sent: Tuesday, November 21, 2000 12:38 PM > To: Betty Luk > Cc: 'ibis-users@eda.org' > Subject: Re: help with ibischk3 warnings and min data > > > > Betty Luk wrote: > > > > Hi, > > > > I appreciate all the help I have been getting so far.. thanks! > > > > I have built my IBIS model using s2ibis2, typ, min and max > data. The data for my min curve seem to be a bit strange > > (when I looked at the curves using s2iplt), and the IBIS > golden parser is complaining about non-monotonic data. I am > > not sure whether I should try to fix these warnings or not, > because they are not just isolated occurences of > > non-monotonic data (ie. I cannot just discard the > problematic point). I have included my IBIS model for > > convenience. These are the warnings that I get: > > > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > > WARNING (line 134) - Pullup Minimum data is non-monotonic > > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > > I also get another warning. What does this warning mean? > > > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints > ( 0.00V, 0.89V) not within > > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for > 50 Ohms to 0V > > > > I would really appreciate any feedback! > > > > Thanks, > > Betty Luk > > > > > > > > > > > > > > Name: test.ibs > > test.ibs Type: unspecified type (application/octet-stream) > > Encoding: quoted-printable > > 1. I believe that most simulators currently available filter > the IBIS table data > so as to remove nonmonotonicity from the data. That's not > to say it's not > better to remove it yourself first. It might be a good > idea to check the > actual curves from the simulator you're using with s2ibis2 > and see whether > the nonmon behavior is present in the data, or whether > it's introduced by > the interpolation routines in s2ibis2. If it is present > in the actual > simulation output, does the nonmonotoncity appear to be > severe? If so, then > perhaps there are problems with the models you are using. > If it's minor, > and if it's outside the normal supply range, it probably > won't hurt things > too much. > > I would say: do your best to eliminate this problem, but > if it's not possible, > you may have to rely on the filtering in your customer's > simulators. > > 2. The problem with your AC warning is that the start and end > values of the > V-T curves do not match the start and end values of the VI > curves. You need > to understand why this is happening, which will involve > looking at the SPICE > netlists and output for the VI and VT curves. The lower > endpoint is probably > close enough to ignore, but the upper one is a bit further > off. There is a > risk that some simulators your customers use will not > tolerate this too well > and simply fail or (worse) quietly give the wrong answer. > > In any case, any warnings you don't fix should be mentioned > in comments in the > resulting IBIS file, so your users don't panic when they see > the warnings. > > > -- > Kim Helliwell > Senior CAE Engineer > Acuson Corporation > Phone: 650 694 5030 FAX: 650 943 7260 > From owner-ibis Tue Nov 21 11:59:09 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALJx6X06022 for ; Tue, 21 Nov 2000 11:59:08 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Tue, 21 Nov 2000 14:59:47 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB56@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'tom_dagostino@mentorg.com'" , "'Kim Helliwell'" Cc: ibis-users@eda.org Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 14:59:45 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain; charset="iso-8859-1" Hi, Thanks for the clarification. I'm using s2ibis2 to create my IBIS model. Does anyone have any suggestions on how I can correct these warnings? Thanks, Betty > -----Original Message----- > From: Tom Dagostino [mailto:tom_dagostino@mentorg.com] > Sent: Tuesday, November 21, 2000 1:15 PM > To: 'Betty Luk'; 'Kim Helliwell' > Cc: ibis-users@eda.org > Subject: RE: help with ibischk3 warnings and min data > > > The IBIS parser tries to check for consistency between the DC > and the AC > parts of the model. The endpoint message says the steady > state part of the > AC waveforms does not match the predicted DC characteristics. > If you were > to take the part and put the output in a high state and > connect a 50 Ohm > resistor to ground the voltage on the resistor is predicted > from the pull up > curve. To calculate this voltage the parser places a load line on the > curve, 50 Ohms to ground, and calculates the intersection of > the pull up > curve and the load line. Likewise for the pull down a 50 Ohm > to Vcc load > line is placed on the pull down and the intersection of the two is the > predicted output low. If the predicted values do not match > the end points > in the model's AC tables within 2% the error is given. > > Tom Dagostino > IBIS and Tau Modeling Manager > SDD > Mentor Graphics Corp. > 503-685-1613 > tom_dagostino@mentor.com > > > -----Original Message----- > From: Betty Luk [mailto:Betty@genesis-microchip.com] > Sent: Tuesday, November 21, 2000 10:05 AM > To: 'Kim Helliwell' > Cc: 'ibis-users@eda.org' > Subject: RE: help with ibischk3 warnings and min data > > > Hi Kim, > > For your point 2), I'm not sure what I should be comparing my > VT data with > (ie. which part of the VI data). I think I'm still unclear on what the > warning message means. > > Thanks, > Betty > > > -----Original Message----- > > From: Kim Helliwell [mailto:khelliwe@acuson.com] > > Sent: Tuesday, November 21, 2000 12:38 PM > > To: Betty Luk > > Cc: 'ibis-users@eda.org' > > Subject: Re: help with ibischk3 warnings and min data > > > > > > > Betty Luk wrote: > > > > > > Hi, > > > > > > I appreciate all the help I have been getting so far.. thanks! > > > > > > I have built my IBIS model using s2ibis2, typ, min and max > > data. The data for my min curve seem to be a bit strange > > > (when I looked at the curves using s2iplt), and the IBIS > > golden parser is complaining about non-monotonic data. I am > > > not sure whether I should try to fix these warnings or not, > > because they are not just isolated occurences of > > > non-monotonic data (ie. I cannot just discard the > > problematic point). I have included my IBIS model for > > > convenience. These are the warnings that I get: > > > > > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > > > WARNING (line 134) - Pullup Minimum data is non-monotonic > > > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > > > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > > > I also get another warning. What does this warning mean? > > > > > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints > > ( 0.00V, 0.89V) not within > > > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for > > 50 Ohms to 0V > > > > > > I would really appreciate any feedback! > > > > > > Thanks, > > > Betty Luk > > > > > > > > > > > > > > > > > > > > > Name: test.ibs > > > test.ibs Type: unspecified type (application/octet-stream) > > > Encoding: quoted-printable > > > > 1. I believe that most simulators currently available filter > > the IBIS table data > > so as to remove nonmonotonicity from the data. That's not > > to say it's not > > better to remove it yourself first. It might be a good > > idea to check the > > actual curves from the simulator you're using with s2ibis2 > > and see whether > > the nonmon behavior is present in the data, or whether > > it's introduced by > > the interpolation routines in s2ibis2. If it is present > > in the actual > > simulation output, does the nonmonotoncity appear to be > > severe? If so, then > > perhaps there are problems with the models you are using. > > If it's minor, > > and if it's outside the normal supply range, it probably > > won't hurt things > > too much. > > > > I would say: do your best to eliminate this problem, but > > if it's not possible, > > you may have to rely on the filtering in your customer's > > simulators. > > > > 2. The problem with your AC warning is that the start and end > > values of the > > V-T curves do not match the start and end values of the VI > > curves. You need > > to understand why this is happening, which will involve > > looking at the SPICE > > netlists and output for the VI and VT curves. The lower > > endpoint is probably > > close enough to ignore, but the upper one is a bit further > > off. There is a > > risk that some simulators your customers use will not > > tolerate this too well > > and simply fail or (worse) quietly give the wrong answer. > > > > In any case, any warnings you don't fix should be mentioned > > in comments in the > > resulting IBIS file, so your users don't panic when they see > > the warnings. > > > > > > -- > > Kim Helliwell > > Senior CAE Engineer > > Acuson Corporation > > Phone: 650 694 5030 FAX: 650 943 7260 > > > From owner-ibis Tue Nov 21 12:20:02 2000 Received: from mako.hhnetwk.com (mail.hammerheadnetworks.com [64.55.108.178]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALKJwX06145 for ; Tue, 21 Nov 2000 12:20:00 -0800 (PST) Received: from westerhoff (westerhoff.hhnetwk.com [10.2.4.2]) by mako.hhnetwk.com (8.11.0/bg-001114) with SMTP id eALKFwJ24320; Tue, 21 Nov 2000 15:15:58 -0500 From: "Todd Westerhoff" To: "Kim Helliwell" , "Betty Luk" Cc: Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 15:16:10 -0500 Message-ID: MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook IMO, Build 9.0.2416 (9.0.2910.0) In-Reply-To: <3A1AB2DF.416B2BC3@acuson.com> Importance: Normal X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2919.6700 Another point worth noting .... If you're using a recent copy of IBIS2SIGNOISE (with SPECCTRAQuest), the -curvedir option will cause the translator to create "before and after" views of all the curves in a format you can look at with SigWave. That makes it easy to determine when the translator removes or adds a point whether the change was a significant one or not. The -d option will keep the translator from changing the curves at all. Todd. -----Original Message----- From: Kim Helliwell [mailto:khelliwe@acuson.com] Sent: Tuesday, November 21, 2000 12:38 PM To: Betty Luk Cc: 'ibis-users@eda.org' Subject: Re: help with ibischk3 warnings and min data > Betty Luk wrote: > > Hi, > > I appreciate all the help I have been getting so far.. thanks! > > I have built my IBIS model using s2ibis2, typ, min and max data. The data for my min curve seem to be a bit strange > (when I looked at the curves using s2iplt), and the IBIS golden parser is complaining about non-monotonic data. I am > not sure whether I should try to fix these warnings or not, because they are not just isolated occurences of > non-monotonic data (ie. I cannot just discard the problematic point). I have included my IBIS model for > convenience. These are the warnings that I get: > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > WARNING (line 134) - Pullup Minimum data is non-monotonic > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > I also get another warning. What does this warning mean? > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) not within > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V > > I would really appreciate any feedback! > > Thanks, > Betty Luk > > > > > > > Name: test.ibs > test.ibs Type: unspecified type (application/octet-stream) > Encoding: quoted-printable 1. I believe that most simulators currently available filter the IBIS table data so as to remove nonmonotonicity from the data. That's not to say it's not better to remove it yourself first. It might be a good idea to check the actual curves from the simulator you're using with s2ibis2 and see whether the nonmon behavior is present in the data, or whether it's introduced by the interpolation routines in s2ibis2. If it is present in the actual simulation output, does the nonmonotoncity appear to be severe? If so, then perhaps there are problems with the models you are using. If it's minor, and if it's outside the normal supply range, it probably won't hurt things too much. I would say: do your best to eliminate this problem, but if it's not possible, you may have to rely on the filtering in your customer's simulators. 2. The problem with your AC warning is that the start and end values of the V-T curves do not match the start and end values of the VI curves. You need to understand why this is happening, which will involve looking at the SPICE netlists and output for the VI and VT curves. The lower endpoint is probably close enough to ignore, but the upper one is a bit further off. There is a risk that some simulators your customers use will not tolerate this too well and simply fail or (worse) quietly give the wrong answer. In any case, any warnings you don't fix should be mentioned in comments in the resulting IBIS file, so your users don't panic when they see the warnings. -- Kim Helliwell Senior CAE Engineer Acuson Corporation Phone: 650 694 5030 FAX: 650 943 7260 From owner-ibis Tue Nov 21 13:42:35 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALLgXX06422 for ; Tue, 21 Nov 2000 13:42:34 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Tue, 21 Nov 2000 16:43:14 -0500 Message-ID: <85893468B47AD411818100306E00E18452BB5F@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'tom_dagostino@mentorg.com'" , "'Kim Helliwell'" Cc: ibis-users@eda.org Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 16:43:08 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain; charset="iso-8859-1" Hi, Actually, I noticed something strange about the warnings generated from the IBIS golden parser. I've pasted all the warnings below: WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) not within 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 1.84V, 3.00V) not within 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 0.00V, 0.89V) not within 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 1.84V, 3.00V) not within 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 0.00V, 1.89V) not within 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 1.34V, 3.60V) not within 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 0.00V, 1.89V) not within 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 1.34V, 3.60V) not within 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V For example, in the last warning statement, it states the correct range to be ( 1.34V, 3.79V). If my supply voltage is 3.6V, how can the final voltage be 3.79V, higher than 3.6V? Thanks very much, Betty > -----Original Message----- > From: Betty Luk [mailto:Betty@genesis-microchip.com] > Sent: Tuesday, November 21, 2000 3:00 PM > To: 'tom_dagostino@mentorg.com'; 'Kim Helliwell' > Cc: ibis-users@eda.org > Subject: RE: help with ibischk3 warnings and min data > > > Hi, > > Thanks for the clarification. I'm using s2ibis2 to create my > IBIS model. > Does anyone have any suggestions on how I can correct these warnings? > > Thanks, > Betty > > > -----Original Message----- > > From: Tom Dagostino [mailto:tom_dagostino@mentorg.com] > > Sent: Tuesday, November 21, 2000 1:15 PM > > To: 'Betty Luk'; 'Kim Helliwell' > > Cc: ibis-users@eda.org > > Subject: RE: help with ibischk3 warnings and min data > > > > > > The IBIS parser tries to check for consistency between the DC > > and the AC > > parts of the model. The endpoint message says the steady > > state part of the > > AC waveforms does not match the predicted DC characteristics. > > If you were > > to take the part and put the output in a high state and > > connect a 50 Ohm > > resistor to ground the voltage on the resistor is predicted > > from the pull up > > curve. To calculate this voltage the parser places a load > line on the > > curve, 50 Ohms to ground, and calculates the intersection of > > the pull up > > curve and the load line. Likewise for the pull down a 50 Ohm > > to Vcc load > > line is placed on the pull down and the intersection of the > two is the > > predicted output low. If the predicted values do not match > > the end points > > in the model's AC tables within 2% the error is given. > > > > Tom Dagostino > > IBIS and Tau Modeling Manager > > SDD > > Mentor Graphics Corp. > > 503-685-1613 > > tom_dagostino@mentor.com > > > > > > -----Original Message----- > > From: Betty Luk [mailto:Betty@genesis-microchip.com] > > Sent: Tuesday, November 21, 2000 10:05 AM > > To: 'Kim Helliwell' > > Cc: 'ibis-users@eda.org' > > Subject: RE: help with ibischk3 warnings and min data > > > > > > Hi Kim, > > > > For your point 2), I'm not sure what I should be comparing my > > VT data with > > (ie. which part of the VI data). I think I'm still unclear > on what the > > warning message means. > > > > Thanks, > > Betty > > > > > -----Original Message----- > > > From: Kim Helliwell [mailto:khelliwe@acuson.com] > > > Sent: Tuesday, November 21, 2000 12:38 PM > > > To: Betty Luk > > > Cc: 'ibis-users@eda.org' > > > Subject: Re: help with ibischk3 warnings and min data > > > > > > > > > > Betty Luk wrote: > > > > > > > > Hi, > > > > > > > > I appreciate all the help I have been getting so far.. thanks! > > > > > > > > I have built my IBIS model using s2ibis2, typ, min and max > > > data. The data for my min curve seem to be a bit strange > > > > (when I looked at the curves using s2iplt), and the IBIS > > > golden parser is complaining about non-monotonic data. I am > > > > not sure whether I should try to fix these warnings or not, > > > because they are not just isolated occurences of > > > > non-monotonic data (ie. I cannot just discard the > > > problematic point). I have included my IBIS model for > > > > convenience. These are the warnings that I get: > > > > > > > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > > > > WARNING (line 134) - Pullup Minimum data is non-monotonic > > > > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > > > > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > > > > I also get another warning. What does this warning mean? > > > > > > > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints > > > ( 0.00V, 0.89V) not within > > > > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for > > > 50 Ohms to 0V > > > > > > > > I would really appreciate any feedback! > > > > > > > > Thanks, > > > > Betty Luk > > > > > > > > > > > > > > > > > > > > > > > > > > > > Name: test.ibs > > > > test.ibs Type: unspecified type (application/octet-stream) > > > > Encoding: quoted-printable > > > > > > 1. I believe that most simulators currently available filter > > > the IBIS table data > > > so as to remove nonmonotonicity from the data. That's not > > > to say it's not > > > better to remove it yourself first. It might be a good > > > idea to check the > > > actual curves from the simulator you're using with s2ibis2 > > > and see whether > > > the nonmon behavior is present in the data, or whether > > > it's introduced by > > > the interpolation routines in s2ibis2. If it is present > > > in the actual > > > simulation output, does the nonmonotoncity appear to be > > > severe? If so, then > > > perhaps there are problems with the models you are using. > > > If it's minor, > > > and if it's outside the normal supply range, it probably > > > won't hurt things > > > too much. > > > > > > I would say: do your best to eliminate this problem, but > > > if it's not possible, > > > you may have to rely on the filtering in your customer's > > > simulators. > > > > > > 2. The problem with your AC warning is that the start and end > > > values of the > > > V-T curves do not match the start and end values of the VI > > > curves. You need > > > to understand why this is happening, which will involve > > > looking at the SPICE > > > netlists and output for the VI and VT curves. The lower > > > endpoint is probably > > > close enough to ignore, but the upper one is a bit further > > > off. There is a > > > risk that some simulators your customers use will not > > > tolerate this too well > > > and simply fail or (worse) quietly give the wrong answer. > > > > > > In any case, any warnings you don't fix should be mentioned > > > in comments in the > > > resulting IBIS file, so your users don't panic when they see > > > the warnings. > > > > > > > > > -- > > > Kim Helliwell > > > Senior CAE Engineer > > > Acuson Corporation > > > Phone: 650 694 5030 FAX: 650 943 7260 > > > > > > From owner-ibis Tue Nov 21 13:55:35 2000 Received: from zmamail05.zma.compaq.com (zmamail05.zma.compaq.com [161.114.64.105]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALLtXX06479 for ; Tue, 21 Nov 2000 13:55:34 -0800 (PST) Received: by zmamail05.zma.compaq.com (Postfix, from userid 12345) id 4A9A82F34; Tue, 21 Nov 2000 16:52:11 -0500 (EST) Received: from exctay-gh03.tay.cpqcorp.net (exctay-gh03.tay.cpqcorp.net [16.103.129.53]) by zmamail05.zma.compaq.com (Postfix) with ESMTP id 2A63A2DC2; Tue, 21 Nov 2000 16:52:11 -0500 (EST) Received: by exctay-gh03.tay.cpqcorp.net with Internet Mail Service (5.5.2652.78) id ; Tue, 21 Nov 2000 16:52:10 -0500 Message-ID: <212CC57E84B8D111AD780000F84AA0490C713AEB@mroexc2.tay.cpqcorp.net> From: "Ingraham, Andrew" To: "'Betty Luk'" Cc: ibis-users@eda.org Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 16:51:59 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) Content-Type: text/plain > WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 1.34V, > 3.60V) > not within > 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V > > For example, in the last warning statement, it states the correct range to > be ( 1.34V, 3.79V). If my supply voltage is 3.6V, how can the final > voltage be 3.79V, higher than 3.6V? Looking at your V-I curves, the [Pullup] curves do not pass through the origin! In the I(min) and I(max) columns, the current doesn't equal zero when Voltage is zero. That may be why you get that strange behavior. I don't know what caused the V-I curves to be like this. Andy From owner-ibis Tue Nov 21 14:15:55 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALMFrX06534 for ; Tue, 21 Nov 2000 14:15:54 -0800 (PST) Received: from svr-orw-exc-02.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id OAA27540; Tue, 21 Nov 2000 14:12:29 -0800 (PST) Received: from orwtomda (orw-tomda.wv.mentorg.com [147.34.83.131]) by svr-orw-exc-02.wv.mentorg.com with SMTP (Microsoft Exchange Internet Mail Service Version 5.5.2650.21) id W8J1J97R; Tue, 21 Nov 2000 14:12:28 -0800 Reply-To: From: "Tom Dagostino" To: "'Betty Luk'" Cc: Subject: RE: help with ibischk3 warnings and min data Date: Tue, 21 Nov 2000 14:12:23 -0800 Message-ID: <004601c05408$209f0d60$83532293@wv.mentorg.com> MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook CWS, Build 9.0.2416 (9.0.2911.0) X-Mimeole: Produced By Microsoft MimeOLE V5.00.2314.1300 In-Reply-To: <85893468B47AD411818100306E00E18452BB5F@nttoex1.genesis-microchip.on.ca> Importance: Normal The construction of the pull up table is incorrect. 0 volts in the pull up table corresponds to the Vcc for the model. In your case typ, min, max are 3.3, 3.0 and 3.6. The table shows typ of 3.3, min of 3.3 and max of 3.3 volts. IBIS takes the value of the voltage of the pull up and subtracts it from Vcc (V=Vcc-Vtable) The minimum current should always be at 0 volts in the pull up table. In your case your minimum currents are at 0, 0.3 and -0.3 volts. If you fix this you will get better answers. Tom Dagostino IBIS and Tau Modeling Manager SDD Mentor Graphics Corp. 503-685-1613 tom_dagostino@mentor.com -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Tuesday, November 21, 2000 1:43 PM To: 'tom_dagostino@mentorg.com'; 'Kim Helliwell' Cc: ibis-users@eda.org Subject: RE: help with ibischk3 warnings and min data Hi, Actually, I noticed something strange about the warnings generated from the IBIS golden parser. I've pasted all the warnings below: WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) not within 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 1.84V, 3.00V) not within 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 0.00V, 0.89V) not within 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 1.84V, 3.00V) not within 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 0.00V, 1.89V) not within 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 1.34V, 3.60V) not within 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 0.00V, 1.89V) not within 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 1.34V, 3.60V) not within 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V For example, in the last warning statement, it states the correct range to be ( 1.34V, 3.79V). If my supply voltage is 3.6V, how can the final voltage be 3.79V, higher than 3.6V? Thanks very much, Betty > -----Original Message----- > From: Betty Luk [mailto:Betty@genesis-microchip.com] > Sent: Tuesday, November 21, 2000 3:00 PM > To: 'tom_dagostino@mentorg.com'; 'Kim Helliwell' > Cc: ibis-users@eda.org > Subject: RE: help with ibischk3 warnings and min data > > > Hi, > > Thanks for the clarification. I'm using s2ibis2 to create my > IBIS model. > Does anyone have any suggestions on how I can correct these warnings? > > Thanks, > Betty > > > -----Original Message----- > > From: Tom Dagostino [mailto:tom_dagostino@mentorg.com] > > Sent: Tuesday, November 21, 2000 1:15 PM > > To: 'Betty Luk'; 'Kim Helliwell' > > Cc: ibis-users@eda.org > > Subject: RE: help with ibischk3 warnings and min data > > > > > > The IBIS parser tries to check for consistency between the DC > > and the AC > > parts of the model. The endpoint message says the steady > > state part of the > > AC waveforms does not match the predicted DC characteristics. > > If you were > > to take the part and put the output in a high state and > > connect a 50 Ohm > > resistor to ground the voltage on the resistor is predicted > > from the pull up > > curve. To calculate this voltage the parser places a load > line on the > > curve, 50 Ohms to ground, and calculates the intersection of > > the pull up > > curve and the load line. Likewise for the pull down a 50 Ohm > > to Vcc load > > line is placed on the pull down and the intersection of the > two is the > > predicted output low. If the predicted values do not match > > the end points > > in the model's AC tables within 2% the error is given. > > > > Tom Dagostino > > IBIS and Tau Modeling Manager > > SDD > > Mentor Graphics Corp. > > 503-685-1613 > > tom_dagostino@mentor.com > > > > > > -----Original Message----- > > From: Betty Luk [mailto:Betty@genesis-microchip.com] > > Sent: Tuesday, November 21, 2000 10:05 AM > > To: 'Kim Helliwell' > > Cc: 'ibis-users@eda.org' > > Subject: RE: help with ibischk3 warnings and min data > > > > > > Hi Kim, > > > > For your point 2), I'm not sure what I should be comparing my > > VT data with > > (ie. which part of the VI data). I think I'm still unclear > on what the > > warning message means. > > > > Thanks, > > Betty > > > > > -----Original Message----- > > > From: Kim Helliwell [mailto:khelliwe@acuson.com] > > > Sent: Tuesday, November 21, 2000 12:38 PM > > > To: Betty Luk > > > Cc: 'ibis-users@eda.org' > > > Subject: Re: help with ibischk3 warnings and min data > > > > > > > > > > Betty Luk wrote: > > > > > > > > Hi, > > > > > > > > I appreciate all the help I have been getting so far.. thanks! > > > > > > > > I have built my IBIS model using s2ibis2, typ, min and max > > > data. The data for my min curve seem to be a bit strange > > > > (when I looked at the curves using s2iplt), and the IBIS > > > golden parser is complaining about non-monotonic data. I am > > > > not sure whether I should try to fix these warnings or not, > > > because they are not just isolated occurences of > > > > non-monotonic data (ie. I cannot just discard the > > > problematic point). I have included my IBIS model for > > > > convenience. These are the warnings that I get: > > > > > > > > WARNING (line 52) - Pulldown Minimum data is non-monotonic > > > > WARNING (line 134) - Pullup Minimum data is non-monotonic > > > > WARNING (line 307) - POWER Clamp Typical data is non-monotonic > > > > WARNING (line 308) - POWER Clamp Minimum data is non-monotonic > > > > I also get another warning. What does this warning mean? > > > > > > > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints > > > ( 0.00V, 0.89V) not within > > > > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for > > > 50 Ohms to 0V > > > > > > > > I would really appreciate any feedback! > > > > > > > > Thanks, > > > > Betty Luk > > > > > > > > > > > > > > > > > > > > > > > > > > > > Name: test.ibs > > > > test.ibs Type: unspecified type (application/octet-stream) > > > > Encoding: quoted-printable > > > > > > 1. I believe that most simulators currently available filter > > > the IBIS table data > > > so as to remove nonmonotonicity from the data. That's not > > > to say it's not > > > better to remove it yourself first. It might be a good > > > idea to check the > > > actual curves from the simulator you're using with s2ibis2 > > > and see whether > > > the nonmon behavior is present in the data, or whether > > > it's introduced by > > > the interpolation routines in s2ibis2. If it is present > > > in the actual > > > simulation output, does the nonmonotoncity appear to be > > > severe? If so, then > > > perhaps there are problems with the models you are using. > > > If it's minor, > > > and if it's outside the normal supply range, it probably > > > won't hurt things > > > too much. > > > > > > I would say: do your best to eliminate this problem, but > > > if it's not possible, > > > you may have to rely on the filtering in your customer's > > > simulators. > > > > > > 2. The problem with your AC warning is that the start and end > > > values of the > > > V-T curves do not match the start and end values of the VI > > > curves. You need > > > to understand why this is happening, which will involve > > > looking at the SPICE > > > netlists and output for the VI and VT curves. The lower > > > endpoint is probably > > > close enough to ignore, but the upper one is a bit further > > > off. There is a > > > risk that some simulators your customers use will not > > > tolerate this too well > > > and simply fail or (worse) quietly give the wrong answer. > > > > > > In any case, any warnings you don't fix should be mentioned > > > in comments in the > > > resulting IBIS file, so your users don't panic when they see > > > the warnings. > > > > > > > > > -- > > > Kim Helliwell > > > Senior CAE Engineer > > > Acuson Corporation > > > Phone: 650 694 5030 FAX: 650 943 7260 > > > > > > From owner-ibis Tue Nov 21 15:43:10 2000 Received: from mailgate.Cadence.COM (mailgate.Cadence.COM [158.140.2.1]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eALNh9X06844 for ; Tue, 21 Nov 2000 15:43:09 -0800 (PST) Received: from zip.Cadence.COM (zip.Cadence.COM [158.140.103.36]) by mailgate.Cadence.COM (8.9.3/8.9.3) with ESMTP id PAA18781; Tue, 21 Nov 2000 15:39:51 -0800 (PST) Received: from cadence.com (d158140105142 [158.140.105.142]) by zip.Cadence.COM (8.9.3/8.8.5) with ESMTP id SAA07879; Tue, 21 Nov 2000 18:39:50 -0500 (EST) Message-ID: <3A1B07C4.33FD5CDB@cadence.com> Date: Tue, 21 Nov 2000 18:39:48 -0500 From: Mike LaBonte Organization: Cadence Design Systems, Inc. X-Mailer: Mozilla 4.51 [en]C-CCK-MCD (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Betty Luk CC: "'tom_dagostino@mentorg.com'" , "'Kim Helliwell'" , ibis-users@eda.org Subject: Re: help with ibischk3 warnings and min data References: <85893468B47AD411818100306E00E18452BB5F@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-Received: By mailgate.Cadence.COM as PAA18781 at Tue Nov 21 15:39:51 2000 Betty, Although I haven't gone through the math to get exact numbers, I see that your VI curves do not fall to zero current at zero volts (almost 10mA on the pullup). So there will be a DC offset. Mike LaBonte Cadence Designs Systems Betty Luk wrote: > > Hi, > > Actually, I noticed something strange about the warnings generated from the > IBIS golden parser. I've pasted all the warnings below: > > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 0.00V, 0.89V) > not within > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V > WARNING - Model 'tristate_driver': MIN AC Rising Endpoints ( 1.84V, 3.00V) > not within > 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V > WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 0.00V, 0.89V) > not within > 0.018V (2%) of (-0.02V, 0.84V) on VI curves for 50 Ohms to 0V > WARNING - Model 'tristate_driver': MIN AC Falling Endpoints ( 1.84V, 3.00V) > not within > 0.023V (2%) of ( 1.83V, 2.85V) on VI curves for 50 Ohms to 3V > WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 0.00V, 1.89V) > not within > 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V > WARNING - Model 'tristate_driver': MAX AC Rising Endpoints ( 1.34V, 3.60V) > not within > 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V > WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 0.00V, 1.89V) > not within > 0.038V (2%) of ( 0.00V, 1.98V) on VI curves for 50 Ohms to 0V > WARNING - Model 'tristate_driver': MAX AC Falling Endpoints ( 1.34V, 3.60V) > not within > 0.045V (2%) of ( 1.34V, 3.79V) on VI curves for 50 Ohms to 3.6V > > For example, in the last warning statement, it states the correct range to > be ( 1.34V, 3.79V). If my supply voltage is 3.6V, how can the final > voltage be 3.79V, higher than 3.6V? > > Thanks very much, > Betty > ... From owner-ibis Wed Nov 22 00:52:00 2000 Received: from dns.uti2000.co.jp (dns.uti2000.co.jp [211.11.196.34]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAM8phX08613 for ; Wed, 22 Nov 2000 00:51:43 -0800 (PST) Received: from duck02 ([192.168.100.33]) by dns.uti2000.co.jp (8.8.8+2.7Wbeta7/3.6W) with ESMTP id RAA02768; Wed, 22 Nov 2000 17:47:37 +0900 (JST) Message-Id: <4.2.0.58.J.20001122173706.00aa0370@192.168.100.1> X-Sender: tham@192.168.100.1 X-Mailer: QUALCOMM Windows Eudora Pro Version 4.2.0.58.J Date: Wed, 22 Nov 2000 17:52:27 +0900 To: SI-LIST@silab.eng.sun.com, ibis-users@eda.org From: KokTongTHAM Subject: FPGA IBIS model Mime-Version: 1.0 Content-Type: multipart/mixed; boundary="=====================_31170010==_" --=====================_31170010==_ Content-Type: text/plain; charset="us-ascii"; format=flowed Dear SI gurus, I have an interconnect between Virtex FPGA(Xilinx) and SDRAM(Hitachi). When Data read back from SDRAM, the waveform contain a lot of terrible ringing and overshoot. I have doubt about the [Power Clamp] in FPGA(I/O model) to have any effect at all. Can anybody give me any comments and solutions regarding the models? (see attachment files) Regards, KTTHAM --=====================_31170010==_ Content-Type: application/octet-stream; name="virtex_12_s_org.ibs"; x-mac-type="54455854"; x-mac-creator="74747874" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="virtex_12_s_org.ibs" fCoqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKg0KfCBYaWxpbnggVmlydGV4IElCSVMgRmlsZSANCnwqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioNCnwNCltJQklTIHZlcl0gICAgICAgMi4xDQpbRmlsZSBuYW1lXSAgICAgIHZpcnRleF8x Ml9zLmlicw0KW0ZpbGUgUmV2XSAgICAgICAxLjANCltEYXRlXSAgICAgICAgICAgQXVnLiAxMywg MTk5OSANCltTb3VyY2VdICAgICAgICAgSHNwaWNlIHNpbXVsYXRpb25zICgyM2U6IFRULCBTUywg RkYpIA0KW05vdGVzXSAgICAgICAgICBYaWxpbnggSUJJUyBtb2RlbCBmb3IgVmlydGV4IEkvTyAg ICAgIA0KICAgICAgICAgICAgICAgICBUaGUgcGFja2FnZSBtb2RlbHMgYXJlIHByb3ZpZGVkIGZv ciBCRzQzMiwgQkczNTIsIEJHMjU2LCAgDQogICAgICAgICAgICAgICAgIEJHNTYwLCBIUTI0MCwg 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ICAgIDkuNDQyMDgwZS0xMg0KNi40MDAwMDBWICAgICAgIDEuMjIzMzQwZS0xMCAgICA0LjM2MTA1 MGUtMDggICAgOS41NzU4MDBlLTEyDQo2LjUwMDAwMFYgICAgICAgMS4yNDIzMDBlLTEwICAgIDQu NDI5MTcwZS0wOCAgICA5LjcyMDg3MGUtMTINCjYuNjAwMDAwViAgICAgICAxLjI2MTE0MGUtMTAg ICAgNC40OTczMDBlLTA4ICAgIDkuODU0NTkwZS0xMg0KfCBFbmQgIElOQlVGQ0xLMzMgICBHTkRD bGFtcCAgIEhNNTI2NDE2NUYNCnwgDQpbRW5kXQ0K --=====================_31170010==_-- From owner-ibis Wed Nov 22 10:17:11 2000 Received: from dns.ripco.com (dns.ripco.com [209.100.227.1]) by server.eda.org (8.11.0/8.11.0) with SMTP id eAMIH9X11237 for ; Wed, 22 Nov 2000 10:17:10 -0800 (PST) Received: from mail2.iec.org [216.172.108.120] by dns.ripco.com with esmtp (RIPCO #1) id m13yePD-003AC8C; Wed, 22 Nov 2000 12:14:03 -0600 (CST) Received: by MAIL2 with Internet Mail Service (5.5.2448.0) id ; Wed, 22 Nov 2000 12:31:15 -0600 Message-ID: <90F13E4F338DD3119CAD009027CC829764D79A@MAIL2> From: David Erickson To: "'ibis-users@eda.org'" Subject: DesignCon 2001 Update - Complete Schedule and Catalog Available N ow! Date: Wed, 22 Nov 2000 12:31:14 -0600 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2448.0) Content-Type: text/plain; charset="iso-8859-1" Available now-the complete DesignCon 2001 Catalog with Session and TecForum descriptions-Download it today at www.designcon.com/2001/catalog.pdf. For quick viewing and registration-visit www.designcon.com/2001/schedule.asp for a list of times and session titles! Congratulations to Mark Wong, Silicon Motion; Joseph Nghiem, Cisco Systems; James Burnham, Xilinx; and Brian Schwatka, Velio Communications-who are our latest winners of PALM PILOTS! SPONSORED BY IBIS Take advantage of this offer today and beat the holiday rush. * Register for sessions now and save $100 * Register for exhibits-only free-you save $75 * Register for sessions or exhibits only and you will be entered to win one of two Palm Pilots weekly! * Register for sessions and receive a full CD-ROM of the Proceedings for 2000, and 2001-Excellent daily resource tools! * FREE Exhibits-only attendance-plus attend keynote and plenary sessions and visit more than 130 leading vendors in EDA, semiconductors, and IP. DesignCon has an established reputation for the high quality of its presentations and its expert-level speakers from Silicon Valley and around the world. Each year more than 100 industry pioneers bring to light the design-engineering solutions that are on the leading edge of technology. This elite group of design engineers presents unique case studies, technology innovations, practical techniques, design tips, and application overviews. Attend the conference and you'll become a part of this elite group of design-engineering professionals! Conference: January 29 - February 1 Exhibits: January 30-31 Santa Clara Convention Center Santa Clara, CA Register today by phone at 1-888-486-8736 or on-line at www.designcon.com. ****************************************** The International Engineering Consortium periodically sends e-mail to constituents and other professionals in the design engineering and communications fields announcing new research reports, upcoming seminars, and information. If you would prefer not to receive further e-mail messages from the International Engineering Consortium, click on unsubscribe@iec.org. ***************************************** From owner-ibis Thu Nov 23 10:44:37 2000 Received: from gorilla.mchh.siemens.de (gorilla.mchh.siemens.de [194.138.158.18]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eANIiXX22257 for ; Thu, 23 Nov 2000 10:44:35 -0800 (PST) Received: from moody.mchh.siemens.de (mail2.mchh.siemens.de [194.138.158.226]) by gorilla.mchh.siemens.de (8.9.3/8.9.3) with ESMTP id TAA26470; Thu, 23 Nov 2000 19:40:38 +0100 (MET) Received: from demchh2msx.icn.siemens.de (root@ss-aladin.mchh.siemens.de [139.21.149.125]) by moody.mchh.siemens.de (8.9.1/8.9.1) with ESMTP id TAA07704; Thu, 23 Nov 2000 19:41:06 +0100 (MET) Received: from icn.siemens.de (zk045719@s8691fd.mchh.siemens.de [139.21.10.43]) by demchh2msx.icn.siemens.de (8.9.1/8.9.1) with ESMTP id TAA04890; Thu, 23 Nov 2000 19:41:03 +0100 (MET) Sender: katja.zuleeg@icn.siemens.de Message-ID: <3A1D64C1.34BC1F56@icn.siemens.de> Date: Thu, 23 Nov 2000 19:41:05 +0100 From: Katja Koller Organization: SIEMENS X-Mailer: Mozilla 4.51 [en] (X11; I; SunOS 5.6 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: Roy_Leventhal@3com.com CC: ibis Subject: Re: ibis VT curves References: <8825699A.005599AC.00@hqoutbound.ops.3com.com> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Roy, may I ask, what you do with such a model where the 20%-80% - conformance is poor? Is it possible to say, that all the dT-values for different resistive loads are the same? Best regards, Katja Roy_Leventhal@3com.com wrote: > > All, > > We have processed about 300 IBIS models from a wide variety of suppliers over > the past year. We did a reality check before adding the models to our component > library. The conformance to 20%-80% for dV/dt range was poor. > > Best Regards, > > Roy -- Katja Koller ICN M TC 6 Siemens AG Hofmannstr. 51 81359 Muenchen Katja.Koller@icn.siemens.de Tel: 0049 89 722 45719 Fax: 0049 89 722 44692 From owner-ibis Mon Nov 27 06:53:33 2000 Received: from topaz.3com.com (topaz.3com.com [192.156.136.158]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eARErVX06276 for ; Mon, 27 Nov 2000 06:53:32 -0800 (PST) Received: from opal.3com.com (opal.3com.com [139.87.50.117]) by topaz.3com.com (Switch-2.0.1/Switch-2.0.1) with ESMTP id eAREnLl05281; Mon, 27 Nov 2000 06:49:22 -0800 (PST) Received: from hqoutbound.ops.3com.com (hqoutbound.OPS.3Com.COM [139.87.48.104]) by opal.3com.com (Switch-2.0.1/Switch-2.0.1) with SMTP id eAREo6o20464; Mon, 27 Nov 2000 06:50:06 -0800 (PST) Received: by hqoutbound.ops.3com.com(Lotus SMTP MTA v4.6.7 (934.1 12-30-1999)) id 882569A4.0051AA60 ; Mon, 27 Nov 2000 06:52:00 -0800 X-Lotus-FromDomain: 3COM From: Roy_Leventhal@3com.com To: Katja Koller cc: ibis Message-ID: <882569A4.0051A8AD.00@hqoutbound.ops.3com.com> Date: Mon, 27 Nov 2000 08:53:29 -0600 Subject: Re: ibis VT curves Mime-Version: 1.0 Content-type: text/plain; charset=us-ascii Content-Disposition: inline Katja, Regarding non-standard dV/dt, the suspected cause of not following the IBIS standard plays into how I handle the situation. My simulation needs, however, are the major determinant of how I respond. I suspect two possible causes of non-standard, i.e. non 20%-80% intervals. 1. Carelessness and/or ignorance of what the standard calls for. My guess is this is 20% of the cases. 2. Deliberately limiting the range to less than 20%-80% of full swing centered around the 50% point. This is because this is usually the most linear portion of the curve. There is a mistaken belief out there that fast switching speed is invariably good. Inclusion of the full 20%-80% swing usually picks up soft corners (non-linearity) resulting in a slower switching speed. Since I'm a signal integrity engineer I usually am interested in the slowest part that can switch in the required time. Speed kills. Especially with today's die-shrunk sub-micron parts. I've yet to run into a single instance of a part not fast enough for its application by the time the logic designer has made their choice an asked me to look into the SI issues. We all know our SI problems increase as circuit and topology becomes more complex and speed, especially edge rate, increases. Therefore, when I get a model with a dV/dt reduced from 20%-80% to something less, I suspect it is worthless for simulation in the faster, more complex cases. Especially, if I suspect the range was reduced as part of making the device more marketable in the eyes of a technically ignorant supplier. The full 20%-80% range has, thus far, always made the the simulation look better. This, and the logic designer's need for an accurate, believable simulation and a recommendation from me that his circuit is just fine determines my level of motivation to pressure the supplier for a corrected model. Best Regards, Roy From owner-ibis Mon Nov 27 12:15:08 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eARKF4X07703 for ; Mon, 27 Nov 2000 12:15:07 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Mon, 27 Nov 2000 15:15:31 -0500 Message-ID: <85893468B47AD411818100306E00E18452BBA6@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Subject: comparing IBIS model simulation and measurements Date: Mon, 27 Nov 2000 15:15:30 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C058AE.CA3EA6D2" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C058AE.CA3EA6D2 Content-Type: text/plain; charset="iso-8859-1" Hi, I've created an IBIS model, and I'm using it with HyperLynx BoardSim. These results correlate well with Spice simulations, which leads me to believe that the IBIS model was created correctly from the Spice model. On the net that I'm simulating, I'm using some Samsung IBIS models, and some passive components. Now I'm trying to compare the HyperLynx simulation with measurements. I'm noticing that my simulation has a significantly faster slew rate than my measurements. I've checked my scope probe, and they should have negligible effect on my measurements. Is this most likely a deficiency with my original Spice model? I would appreciate any feedback! Thanks, Betty Luk ------_=_NextPart_001_01C058AE.CA3EA6D2 Content-Type: text/html; charset="iso-8859-1"
Hi,
 
I've created an IBIS model, and I'm using it with HyperLynx BoardSim.  These results correlate well with Spice simulations, which leads me to believe that the IBIS model was created correctly from the Spice model.  On the net that I'm simulating, I'm using some Samsung IBIS models, and some passive components.
 
Now I'm trying to compare the HyperLynx simulation with measurements.  I'm noticing that my simulation has a significantly faster slew rate than my measurements.  I've checked my scope probe, and they should have negligible effect on my measurements.  Is this most likely a deficiency with my original Spice model?
 
I would appreciate any feedback!
 
Thanks,
Betty Luk
 
------_=_NextPart_001_01C058AE.CA3EA6D2-- From owner-ibis Mon Nov 27 13:23:58 2000 Received: from hotmail.com (f71.law9.hotmail.com [64.4.9.71]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eARLNsX07984 for ; Mon, 27 Nov 2000 13:23:57 -0800 (PST) Received: from mail pickup service by hotmail.com with Microsoft SMTPSVC; Mon, 27 Nov 2000 12:45:57 -0800 Received: from 24.95.99.34 by lw9fd.law9.hotmail.msn.com with HTTP; Mon, 27 Nov 2000 20:45:57 GMT X-Originating-IP: [24.95.99.34] From: "Candice Burton" To: ibis-users@eda.org Subject: Career Opportunity - SI Engineer Date: Mon, 27 Nov 2000 20:45:57 -0000 Mime-Version: 1.0 Content-Type: text/plain; format=flowed Message-ID: X-OriginalArrivalTime: 27 Nov 2000 20:45:57.0662 (UTC) FILETIME=[0B3273E0:01C058B3] Dear SI specialist, We currently have full-time hire positions in Hudson, MA. We have openings which could definitely use your signal integrity skills. If you have at least 3+ years design experience and the ability to generate rules for layout based on system requirements and component characteristics, please contact me immediately. Would you please provide an in-depth Word document resume? I will gladly send information about the various opportunities that best suite your skills upon receiving your resume. If you know of anyone in your field who is also looking for a great opportunity such as this, please let me know. Feel free to contact me with any questions or concerns. I look forward to hearing from you soon. Sincerely, Judy Hammond Advanced Professionals judy@advancedprofessionals.com 314.655.3000 _____________________________________________________________________________________ Get more from the Web. FREE MSN Explorer download : http://explorer.msn.com From owner-ibis Mon Nov 27 14:02:41 2000 Received: from ztxmail04.ztx.compaq.com (ztxmail04.ztx.compaq.com [161.114.1.208]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eARM2cX08273 for ; Mon, 27 Nov 2000 14:02:40 -0800 (PST) Received: by ztxmail04.ztx.compaq.com (Postfix, from userid 12345) id E0ECDE51; Mon, 27 Nov 2000 15:59:13 -0600 (CST) Received: from mailhub.bb.dec.com (mailhub.bb.dec.com [16.53.0.5]) by ztxmail04.ztx.compaq.com (Postfix) with ESMTP id 7EE42D39; Mon, 27 Nov 2000 15:59:13 -0600 (CST) Received: from compaq.com (tpdwks2.zko.dec.com [16.29.176.92]) by mailhub.bb.dec.com (8.9.3/8.9.3/PS1.12) with ESMTP id QAA15678; Mon, 27 Nov 2000 16:59:10 -0500 (EST) Sender: nilsson@mailhub.bb.dec.com Message-ID: <3A22D8B4.95DA7667@compaq.com> Date: Mon, 27 Nov 2000 16:57:08 -0500 From: Daniel Nilsson Organization: Compaq Computer Corporation X-Mailer: Mozilla 4.76 [en] (X11; U; OSF1 V5.0 alpha) X-Accept-Language: sv, en MIME-Version: 1.0 To: Betty Luk Cc: "'ibis-users@eda.org'" Subject: Re: comparing IBIS model simulation and measurements References: <85893468B47AD411818100306E00E18452BBA6@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi, In order to help you with this I need more information: What is the slewrate you are simulating ? What is the slewrate you are measuring ? What measurement equipment are you using, scope model and probe model ? Regards Daniel Nilsson Betty Luk wrote: > > Hi, > > I've created an IBIS model, and I'm using it with HyperLynx BoardSim. > These results correlate well with Spice simulations, which leads me to > believe that the IBIS model was created correctly from the Spice > model. On the net that I'm simulating, I'm using some Samsung IBIS > models, and some passive components. > > Now I'm trying to compare the HyperLynx simulation with measurements. > I'm noticing that my simulation has a significantly faster slew rate > than my measurements. I've checked my scope probe, and they should > have negligible effect on my measurements. Is this most likely a > deficiency with my original Spice model? > > I would appreciate any feedback! > > Thanks, > Betty Luk > From owner-ibis Mon Nov 27 14:25:24 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eARMPAX08368 for ; Mon, 27 Nov 2000 14:25:23 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Mon, 27 Nov 2000 17:25:37 -0500 Message-ID: <85893468B47AD411818100306E00E18452BBAA@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'Daniel Nilsson'" Cc: "'ibis-users@eda.org'" Subject: RE: comparing IBIS model simulation and measurements Date: Mon, 27 Nov 2000 17:25:36 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain; charset="iso-8859-1" Hi, 1) simulated slewrate: 2ns (20-80%) 2) measured slewrate: 6ns 3) scope: Tektronix TDS680B, probe: Tektronix P6245 Thanks, Betty > -----Original Message----- > From: Daniel Nilsson [mailto:Daniel.Nilsson@compaq.com] > Sent: Monday, November 27, 2000 4:57 PM > To: Betty Luk > Cc: 'ibis-users@eda.org' > Subject: Re: comparing IBIS model simulation and measurements > > > Hi, > > In order to help you with this I need more information: > > What is the slewrate you are simulating ? > What is the slewrate you are measuring ? > What measurement equipment are you using, scope model and > probe model ? > > > Regards > Daniel Nilsson > > Betty Luk wrote: > > > > Hi, > > > > I've created an IBIS model, and I'm using it with HyperLynx > BoardSim. > > These results correlate well with Spice simulations, which > leads me to > > believe that the IBIS model was created correctly from the Spice > > model. On the net that I'm simulating, I'm using some Samsung IBIS > > models, and some passive components. > > > > Now I'm trying to compare the HyperLynx simulation with > measurements. > > I'm noticing that my simulation has a significantly faster slew rate > > than my measurements. I've checked my scope probe, and they should > > have negligible effect on my measurements. Is this most likely a > > deficiency with my original Spice model? > > > > I would appreciate any feedback! > > > > Thanks, > > Betty Luk > > > From owner-ibis Mon Nov 27 16:25:21 2000 Received: from blount.mail.mindspring.net (blount.mail.mindspring.net [207.69.200.226]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAS0PKX08681 for ; Mon, 27 Nov 2000 16:25:20 -0800 (PST) Received: from ix.netcom.com (pool-63.50.102.24.rlgh.grid.net [63.50.102.24]) by blount.mail.mindspring.net (8.9.3/8.8.5) with ESMTP id TAA11036; Mon, 27 Nov 2000 19:21:53 -0500 (EST) Message-ID: <3A22FABF.F69C5A12@ix.netcom.com> Date: Mon, 27 Nov 2000 16:22:23 -0800 From: AC X-Mailer: Mozilla 4.51 [en] (Win95; U) X-Accept-Language: en MIME-Version: 1.0 To: Betty Luk CC: "'Daniel Nilsson'" , "'ibis-users@eda.org'" Subject: Re: comparing IBIS model simulation and measurements References: <85893468B47AD411818100306E00E18452BBAA@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hello, Betty: It seems that your 1GHz setup should be able to easily measure your expected slewrate. However, your measured slewrate (6ns for 20%-80%) is roughly equivalent to a 20MHz sinewave. Is it possible that the 20MHz filter on your TDS680B scope was inadvertantly enabled? AC Betty Luk wrote: > > Hi, > > 1) simulated slewrate: 2ns (20-80%) > 2) measured slewrate: 6ns > 3) scope: Tektronix TDS680B, probe: Tektronix P6245 > > Thanks, > Betty > > > -----Original Message----- > > From: Daniel Nilsson [mailto:Daniel.Nilsson@compaq.com] > > Sent: Monday, November 27, 2000 4:57 PM > > To: Betty Luk > > Cc: 'ibis-users@eda.org' > > Subject: Re: comparing IBIS model simulation and measurements > > > > > > Hi, > > > > In order to help you with this I need more information: > > > > What is the slewrate you are simulating ? > > What is the slewrate you are measuring ? > > What measurement equipment are you using, scope model and > > probe model ? > > > > > > Regards > > Daniel Nilsson > > > > Betty Luk wrote: > > > > > > Hi, > > > > > > I've created an IBIS model, and I'm using it with HyperLynx > > BoardSim. > > > These results correlate well with Spice simulations, which > > leads me to > > > believe that the IBIS model was created correctly from the Spice > > > model. On the net that I'm simulating, I'm using some Samsung IBIS > > > models, and some passive components. > > > > > > Now I'm trying to compare the HyperLynx simulation with > > measurements. > > > I'm noticing that my simulation has a significantly faster slew rate > > > than my measurements. I've checked my scope probe, and they should > > > have negligible effect on my measurements. Is this most likely a > > > deficiency with my original Spice model? > > > > > > I would appreciate any feedback! > > > > > > Thanks, > > > Betty Luk > > > > > From owner-ibis Mon Nov 27 16:59:31 2000 Received: from ptldpop3.ptld.uswest.net (ptldpop3.ptld.uswest.net [198.36.160.3]) by server.eda.org (8.11.0/8.11.0) with SMTP id eAS0xRX08775 for ; Mon, 27 Nov 2000 16:59:31 -0800 (PST) Received: (qmail 46707 invoked by alias); 28 Nov 2000 00:56:06 -0000 Delivered-To: fixup-ibis-users@eda.org@fixme Received: (qmail 46690 invoked by uid 0); 28 Nov 2000 00:56:06 -0000 Received: from unknown (HELO vasthorizons.com) (63.225.95.1) by ptldpop3.ptld.uswest.net with SMTP; 28 Nov 2000 00:56:06 -0000 Message-ID: <3A2302A7.E729971C@vasthorizons.com> Date: Mon, 27 Nov 2000 16:56:07 -0800 From: Scott McMorrow Organization: SiQual X-Mailer: Mozilla 4.76 [en] (Windows NT 5.0; U) X-Accept-Language: en MIME-Version: 1.0 To: Betty Luk CC: "'Daniel Nilsson'" , "'ibis-users@eda.org'" Subject: Re: comparing IBIS model simulation and measurements References: <85893468B47AD411818100306E00E18452BBAA@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Betty, Is this slewrate measured into a simple test load, or into a complex circuit on a PCB? A 6ns slewrate seems extremely slow to me, unless there is a significant capacitive or trace loading. If this is truly the edgerate, then your original Spice model for the buffer is significantly wrong. regards, scott -- Scott McMorrow Principal Engineer SiQual, Signal Quality Engineering 18735 SW Boones Ferry Road Tualatin, OR 97062-3090 (503) 885-1231 http://www.siqual.com Betty Luk wrote: > Hi, > > 1) simulated slewrate: 2ns (20-80%) > 2) measured slewrate: 6ns > 3) scope: Tektronix TDS680B, probe: Tektronix P6245 > > Thanks, > Betty > > > -----Original Message----- > > From: Daniel Nilsson [mailto:Daniel.Nilsson@compaq.com] > > Sent: Monday, November 27, 2000 4:57 PM > > To: Betty Luk > > Cc: 'ibis-users@eda.org' > > Subject: Re: comparing IBIS model simulation and measurements > > > > > > Hi, > > > > In order to help you with this I need more information: > > > > What is the slewrate you are simulating ? > > What is the slewrate you are measuring ? > > What measurement equipment are you using, scope model and > > probe model ? > > > > > > Regards > > Daniel Nilsson > > > > Betty Luk wrote: > > > > > > Hi, > > > > > > I've created an IBIS model, and I'm using it with HyperLynx > > BoardSim. > > > These results correlate well with Spice simulations, which > > leads me to > > > believe that the IBIS model was created correctly from the Spice > > > model. On the net that I'm simulating, I'm using some Samsung IBIS > > > models, and some passive components. > > > > > > Now I'm trying to compare the HyperLynx simulation with > > measurements. > > > I'm noticing that my simulation has a significantly faster slew rate > > > than my measurements. I've checked my scope probe, and they should > > > have negligible effect on my measurements. Is this most likely a > > > deficiency with my original Spice model? > > > > > > I would appreciate any feedback! > > > > > > Thanks, > > > Betty Luk > > > > > From owner-ibis Tue Nov 28 04:56:56 2000 Received: from ztxmail05.ztx.compaq.com (ztxmail05.ztx.compaq.com [161.114.1.209]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eASCurX12543 for ; Tue, 28 Nov 2000 04:56:55 -0800 (PST) Received: by ztxmail05.ztx.compaq.com (Postfix, from userid 12345) id 66703F3A; Tue, 28 Nov 2000 06:52:00 -0600 (CST) Received: from mailhub.bb.dec.com (mailhub.bb.dec.com [16.53.0.5]) by ztxmail05.ztx.compaq.com (Postfix) with ESMTP id 044F7D40; Tue, 28 Nov 2000 06:51:59 -0600 (CST) Received: from compaq.com (tpdwks1.zko.dec.com [16.29.176.52]) by mailhub.bb.dec.com (8.9.3/8.9.3/PS1.12) with ESMTP id HAA31263; Tue, 28 Nov 2000 07:51:59 -0500 (EST) Sender: nilsson@mailhub.bb.dec.com Message-ID: <3A23A9F4.4876413F@compaq.com> Date: Tue, 28 Nov 2000 07:49:57 -0500 From: Daniel Nilsson Organization: Compaq Computer Corporation X-Mailer: Mozilla 4.76 [en] (X11; U; OSF1 V5.1 alpha) X-Accept-Language: sv, en MIME-Version: 1.0 To: Betty Luk Cc: "'ibis-users@eda.org'" Subject: Re: comparing IBIS model simulation and measurements References: <85893468B47AD411818100306E00E18452BBAA@nttoex1.genesis-microchip.on.ca> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Betty, I was wondering what kind of scope you have, there doesn't seem to be a Tek 680B scope (typo ?) but I assume you have a scope with greater than 1GHz bandwidth which you should in order to to correlations. Probes are OK. I would guess that your SPICE model is incorrect. Daniel Betty Luk wrote: > > Hi, > > 1) simulated slewrate: 2ns (20-80%) > 2) measured slewrate: 6ns > 3) scope: Tektronix TDS680B, probe: Tektronix P6245 > > Thanks, > Betty > > > -----Original Message----- > > From: Daniel Nilsson [mailto:Daniel.Nilsson@compaq.com] > > Sent: Monday, November 27, 2000 4:57 PM > > To: Betty Luk > > Cc: 'ibis-users@eda.org' > > Subject: Re: comparing IBIS model simulation and measurements > > > > > > Hi, > > > > In order to help you with this I need more information: > > > > What is the slewrate you are simulating ? > > What is the slewrate you are measuring ? > > What measurement equipment are you using, scope model and > > probe model ? > > > > > > Regards > > Daniel Nilsson > > > > Betty Luk wrote: > > > > > > Hi, > > > > > > I've created an IBIS model, and I'm using it with HyperLynx > > BoardSim. > > > These results correlate well with Spice simulations, which > > leads me to > > > believe that the IBIS model was created correctly from the Spice > > > model. On the net that I'm simulating, I'm using some Samsung IBIS > > > models, and some passive components. > > > > > > Now I'm trying to compare the HyperLynx simulation with > > measurements. > > > I'm noticing that my simulation has a significantly faster slew rate > > > than my measurements. I've checked my scope probe, and they should > > > have negligible effect on my measurements. Is this most likely a > > > deficiency with my original Spice model? > > > > > > I would appreciate any feedback! > > > > > > Thanks, > > > Betty Luk > > > > > From owner-ibis Tue Nov 28 08:39:10 2000 Received: from gorilla.mchh.siemens.de (gorilla.mchh.siemens.de [194.138.158.18]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eASGd8X13679 for ; Tue, 28 Nov 2000 08:39:09 -0800 (PST) Received: from blues.mchh.siemens.de (mail3.mchh.siemens.de [194.138.158.227] (may be forged)) by gorilla.mchh.siemens.de (8.9.3/8.9.3) with ESMTP id RAA27145 for ; Tue, 28 Nov 2000 17:35:00 +0100 (MET) Received: from mchh247e.demchh201e.icn.siemens.de ([139.21.200.57]) by blues.mchh.siemens.de (8.9.1/8.9.1) with ESMTP id RAA04404 for ; Tue, 28 Nov 2000 17:35:28 +0100 (MET) Received: by MCHH247E with Internet Mail Service (5.5.2650.21) id ; Tue, 28 Nov 2000 17:35:27 +0100 Message-ID: From: Koller Katja To: "'ibis-users@eda.org'" Subject: question about monotonicity requirements Date: Tue, 28 Nov 2000 17:35:18 +0100 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: text/plain I have a question regarding the monotonicity of the I-V-curves. The Ibis 3.2 spec says: Keywords: [Pulldpwn]... To be monotonic, the I-V table must meet any of the following 8 criteria: 1- The CURRENT axis either increases or remains constant as the voltage axis is increased. ... Does this apply to the [Pullup]- and [Pulldown]-curves or to the resulting curve of [POWER Clamp] + [GND Clamp] + [Pullup/down] ? Thanks, Katja Koller From owner-ibis Tue Nov 28 12:49:54 2000 Received: from relay1.wv.mentorg.com (relay1.mentorg.com [192.94.38.42]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eASKnqj00395 for ; Tue, 28 Nov 2000 12:49:53 -0800 (PST) Received: from svr-orw-exc-02.wv.mentorg.com by relay1.wv.mentorg.com (8.8.8/CF5.40F) id MAA07741; Tue, 28 Nov 2000 12:46:21 -0800 (PST) Received: by svr-orw-exc-02.wv.mentorg.com with Internet Mail Service (5.5.2650.21) id ; Tue, 28 Nov 2000 12:46:21 -0800 Message-ID: <2179BC5B6583D311B44700508B44146901BACCE5@svr-orw-exc-02.wv.mentorg.com> From: "Dunbar, Tony" To: "'ibis-users@eda.org'" Subject: RE: question about monotonicity requirements Date: Tue, 28 Nov 2000 12:46:17 -0800 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C0597C.419CDD70" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C0597C.419CDD70 Content-Type: text/plain; charset="iso-8859-1" Katja, In my opinion, there isn't a simple either/or answer to that question to match your either/or question. My answer(s) are: 1) The spec is worded to mean the individual tables. Also, that's how ibischk operates and reports non-monotonicity violations. 2) From a simulator stand-point, it is the sum of the curves that matters. Regards, Tony Dunbar Mentor/ICX -----Original Message----- From: Koller Katja [mailto:Katja.Koller@icn.siemens.de] Sent: Tuesday, November 28, 2000 10:35 AM To: 'ibis-users@eda.org' Subject: question about monotonicity requirements I have a question regarding the monotonicity of the I-V-curves. The Ibis 3.2 spec says: Keywords: [Pulldpwn]... To be monotonic, the I-V table must meet any of the following 8 criteria: 1- The CURRENT axis either increases or remains constant as the voltage axis is increased. ... Does this apply to the [Pullup]- and [Pulldown]-curves or to the resulting curve of [POWER Clamp] + [GND Clamp] + [Pullup/down] ? Thanks, Katja Koller ------_=_NextPart_001_01C0597C.419CDD70 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable RE: question about monotonicity requirements

Katja,

In my opinion, there isn't a simple either/or answer = to that question to match your either/or question. My answer(s) = are:

1) The spec is worded to mean the individual tables. = Also, that's how ibischk operates and reports non-monotonicity = violations.

2) From a simulator stand-point, it is the sum of the = curves that matters.

Regards,
Tony Dunbar
Mentor/ICX

-----Original Message-----
From: Koller Katja [mailto:Katja.Koller@icn.siem= ens.de]
Sent: Tuesday, November 28, 2000 10:35 AM
To: 'ibis-users@eda.org'
Subject: question about monotonicity = requirements



I have a question regarding the monotonicity of the = I-V-curves.
The Ibis 3.2 spec says:

Keywords: [Pulldpwn]...
To be monotonic, the I-V table must meet any of = the
following 8 criteria:
1- The CURRENT axis either increases or remains = constant as
the voltage axis is increased.
...

Does this apply to the [Pullup]- and  = [Pulldown]-curves or to the
resulting curve of [POWER Clamp] + [GND Clamp] + = [Pullup/down] ?

Thanks,
Katja Koller

------_=_NextPart_001_01C0597C.419CDD70-- From owner-ibis Tue Nov 28 13:26:23 2000 Received: from zmamail05.zma.compaq.com (zmamail05.zma.compaq.com [161.114.64.105]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eASLQLj00503 for ; Tue, 28 Nov 2000 13:26:22 -0800 (PST) Received: by zmamail05.zma.compaq.com (Postfix, from userid 12345) id DF2FC5824; Tue, 28 Nov 2000 16:22:57 -0500 (EST) Received: from exctay-gh03.tay.cpqcorp.net (exctay-gh03.tay.cpqcorp.net [16.103.129.53]) by zmamail05.zma.compaq.com (Postfix) with ESMTP id CF3A959D7 for ; Tue, 28 Nov 2000 16:22:57 -0500 (EST) Received: by exctay-gh03.tay.cpqcorp.net with Internet Mail Service (5.5.2652.78) id ; Tue, 28 Nov 2000 16:22:57 -0500 Message-ID: <212CC57E84B8D111AD780000F84AA0490C713B44@mroexc2.tay.cpqcorp.net> From: "Ingraham, Andrew" To: "'ibis-users@eda.org'" Subject: RE: question about monotonicity requirements Date: Tue, 28 Nov 2000 16:22:47 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) Content-Type: text/plain Note that IBIS does not require curves or tables to be monotonic. The IBIS spec talks about the monotonicity of individual tables, such as the [Pullup] curve. What generally matters to most simulators, is the total I/O current of the device; however, this is more difficult to check. The I-V tables might not line up with one another so some interpolation would be required, which might introduce errors of its own. Therefore, ibischk tests only each table alone for non-monotonic data, rather than the total current. You can expect to get warnings, especially when the tables are derived by subtracting different I-V curves from one another (small differences of large numbers). Regards, Andy From owner-ibis Wed Nov 29 01:20:31 2000 Received: from gw-nl4.philips.com (gw-nl4.philips.com [212.153.190.6]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAT9KSj02964 for ; Wed, 29 Nov 2000 01:20:30 -0800 (PST) Received: from smtprelay-nl1.philips.com (localhost.philips.com [127.0.0.1]) by gw-nl4.philips.com with ESMTP id KAA05400 for ; Wed, 29 Nov 2000 10:17:08 +0100 (MET) (envelope-from cyrille.cathelin@philips.com) From: cyrille.cathelin@philips.com Received: from smtprelay-eur1.philips.com(130.139.36.3) by gw-nl4.philips.com via mwrap (4.0a) id xma005398; Wed, 29 Nov 00 10:17:08 +0100 Received: from notessmtp-nl1.philips.com (notessmtp-nl1.philips.com [130.139.36.10]) by smtprelay-nl1.philips.com (8.9.3/8.8.5-1.2.2m-19990317) with ESMTP id KAA12852 for ; Wed, 29 Nov 2000 10:17:07 +0100 (MET) Received: from EMLMS01.DIAMOND.PHILIPS.COM (emlms01sv1.diamond.philips.com [130.143.165.213]) by notessmtp-nl1.philips.com (8.9.3/8.8.5-1.2.2m-19990317) with ESMTP id KAA12450 for ; Wed, 29 Nov 2000 10:17:07 +0100 (MET) Received: by EMLMS01.DIAMOND.PHILIPS.COM (Soft-Switch LMS 4.0) with snapi via EMEA1 id 0056900014197881; Wed, 29 Nov 2000 10:26:18 +0100 To: Subject: Question Message-ID: <0056900014197881000002L012*@MHS> Date: Wed, 29 Nov 2000 10:26:18 +0100 MIME-Version: 1.0 Content-Type: text/plain; charset=iso-8859-1; name="MEMO 11/29/00 10:13:56" Content-Disposition: inline Content-Transfer-Encoding: 8bit X-MIME-Autoconverted: from quoted-printable to 8bit by server.eda.org id eAT9LGj02965 Hello, As I am developing an IBIS model for a chip I have a question to submit : If one of the pin is connected to two buffers in parallel (the same buffer model for each): Is it a solution in the IBIS norm to indicate the pin is conected to two buffers in parallel or should I develop a specific pad model for this structure? Thanks for an answer Cyrille CATHELIN IC Design Engineer Philips Semiconductors Business Line Digital Media - DVI 2, rue de la girafe - BP 5120 Phone : +33 (0)2 31 45 31 73 14079 Caen Cedex5 - France e-mail : cyrille.cathelin@philips.com From owner-ibis Wed Nov 29 02:04:47 2000 Received: from galileo5.galileo.co.il (pop3.galileo.co.il [199.203.130.130]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eATA4cj03276 for ; Wed, 29 Nov 2000 02:04:39 -0800 (PST) Received: from galileo.co.il (galileo89.galileo.co.il [10.3.10.89]) by galileo.co.il (8.8.5/8.8.5) with ESMTP id MAA13478; Wed, 29 Nov 2000 12:00:57 +0200 (GMT-2) Sender: dan@galileo.co.il Message-ID: <3A24D3D7.A1C10472@galileo.co.il> Date: Wed, 29 Nov 2000 12:00:55 +0200 From: Dan Aleksandrowicz Organization: GALILEO Technology Ltd. X-Mailer: Mozilla 4.6 [en] (X11; I; SunOS 5.6 sun4u) X-Accept-Language: en MIME-Version: 1.0 To: cyrille.cathelin@philips.com CC: ibis-users@eda.org Subject: Re: Question References: <0056900014197881000002L012*@MHS> Content-Type: multipart/alternative; boundary="------------6A76616E0E2B887938A83760" --------------6A76616E0E2B887938A83760 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Cyrille. Basically the IBIS IO pad model should an electrical "black box". Thus in your case I would recommend creating a new spice model, i.e. also a new IBIS model. Dan. cyrille.cathelin@philips.com wrote: > Hello, > > As I am developing an IBIS model for a chip I have a question to submit : > If one of the pin is connected to two buffers in parallel (the same buffer model for each): > Is it a solution in the IBIS norm to indicate the pin is conected to two buffers in parallel or should I develop a specific pad model for this structure? > > Thanks for an answer > > Cyrille CATHELIN > IC Design Engineer Philips Semiconductors > Business Line Digital Media - DVI 2, rue de la girafe - BP 5120 > Phone : +33 (0)2 31 45 31 73 14079 Caen Cedex5 - France > e-mail : cyrille.cathelin@philips.com -- \\|// (o o) ~~~~~~~~~~~~oOOo~(_)~oOOo~~~~~~~~~~~~~~~~~~~ Dan Aleksandrowicz Galileo Technology Mercaz Ofek 1 (Building B') Northern Industrial Zone, LOD 71293, ISRAEL email:dan@galileo.co.il Tel: +972 8 9247555 (- Ext. 324 |__| Fax: +972 8 9247554 |__| #|oo| |--| ___ _ _ |--| | | |\ |oo|) /\ __ \\ \\ |------------\| #|--\ _||- ____\ \__\\_\\__|_||_________________\___| |__v-___ \ / \ "Smoke on the water. Fire in the sky." / ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ --------------6A76616E0E2B887938A83760 Content-Type: text/html; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Cyrille.

Basically the IBIS IO pad model should an electrical "black box".
Thus in your case I would recommend creating a new spice
model, i.e. also a new IBIS model.

Dan.

cyrille.cathelin@philips.com wrote:

Hello,

As I am developing an IBIS model for a chip I have a question to submit :
If one of the pin is connected to two buffers in parallel (the same buffer model for each):
Is it a solution in the IBIS norm to indicate the pin is conected to two buffers in parallel or should I develop a specific pad model for this structure?

Thanks for an answer

  Cyrille CATHELIN
  IC Design Engineer                                                                                           Philips Semiconductors
  Business Line  Digital Media - DVI                                                           2, rue de la girafe  -  BP 5120
  Phone :  +33 (0)2 31 45 31 73                                                                     14079 Caen Cedex5  -  France
  e-mail :  cyrille.cathelin@philips.com

-- 
                \\|//
                (o o)
~~~~~~~~~~~~oOOo~(_)~oOOo~~~~~~~~~~~~~~~~~~~
Dan Aleksandrowicz
Galileo Technology 
Mercaz Ofek 1   (Building B') 
Northern Industrial Zone, LOD 71293,  ISRAEL 
email:dan@galileo.co.il
Tel: +972 8 9247555    (-                    
     Ext. 324         |__|
Fax: +972 8 9247554   |__|
                     #|oo| |--|   ___
           _  _    |--|  | |  |\ |oo|)        /\
       __  \\ \\   |------------\| #|--\     _||-
   ____\ \__\\_\\__|_||_________________\___|   |__v-___
   \                                                   /
    \      "Smoke on the water. Fire in the sky."     /
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  --------------6A76616E0E2B887938A83760-- From owner-ibis Wed Nov 29 11:32:25 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eATJWNj05858 for ; Wed, 29 Nov 2000 11:32:24 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Wed, 29 Nov 2000 14:32:45 -0500 Message-ID: <85893468B47AD411818100306E00E18452BBBC@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'ibis-users@eda.org'" Cc: "'arpad.muranyi@intel.com'" Subject: measuring c_comp using simulation Date: Wed, 29 Nov 2000 14:32:40 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/mixed; boundary="----_=_NextPart_000_01C05A3B.263898AC" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_000_01C05A3B.263898AC Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C05A3B.263898AC" ------_=_NextPart_001_01C05A3B.263898AC Content-Type: text/plain; charset="iso-8859-1" Hi, In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp. When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF. In the example, the range was only between 2 to 3pF. Should the mean value for the simulated capacitance be used? What about obtaining min and max values for c_comp? I would really appreciate any feedback. I have attached the sample Spice file for reference. Thanks very much, Betty ------_=_NextPart_001_01C05A3B.263898AC Content-Type: text/html; charset="iso-8859-1"
Hi,
 
In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp.  When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF.  In the example, the range was only between 2 to 3pF.  Should the mean value for the simulated capacitance be used?    What about obtaining min and max values for c_comp?
 
I would really appreciate any feedback.  I have attached the sample Spice file for reference.
 
Thanks very much,
Betty
 
 
------_=_NextPart_001_01C05A3B.263898AC-- ------_=_NextPart_000_01C05A3B.263898AC Content-Type: application/octet-stream; name="c_meter.sp" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="c_meter.sp" Capacitance meter circuit=0A= ************************************************************************= ***=0A= .OPTIONS POST=3D1 POST_VERSION=3D9007 ACCURATE NUMDGT=3D8=0A= .TRAN 0.01ns '2*dt' SWEEP CapV LIN 'Points+1' CapV1 CapV2=0A= ************************************************************************= ***=0A= .PARAM CapV1 =3D 0.0V=0A= .PARAM CapV2 =3D 5.0V=0A= .PARAM Points =3D 20=0A= .PARAM dt =3D 10.0ns=0A= ************************************************************************= ***=0A= .PARAM dV =3D 'CapV2-CapV1'=0A= .PARAM Ovh =3D 0.1=0A= .PARAM CapV =3D 0.0V=0A= ************************************************************************= ***=0A= .MEAS TRAN Sw_I1 FIND PAR('I(Vsw)') WHEN V(Sweep)=3DCapV = Rise=3D1=0A= .MEAS TRAN Sw_I2 FIND PAR('I(Vsw)') WHEN V(Sweep)=3DCapV = Fall=3D1=0A= .MEAS TRAN CAP = PARAM=3D'abs((Sw_I1-Sw_I2)/2*(dt/(dV+2*dV*Ovh)))'=0A= ************************************************************************= ***=0A= Vvcc Vcc 0 DC=3D 5.0=0A= Vsw Sweep 0 PWL=0A= + 0ns 'CapV1-dV*Ovh'=0A= + dt 'CapV2+dV*Ovh'=0A= + '2*dt' 'CapV1-dV*Ovh'=0A= ************************************************************************= ***=0A= X1 in Sweep Vcc 0 0 IO_buf=0A= .include "IO_buf.inc"=0A= Rdum in 0 1e+3=0A= *=0A= C1 Sweep 0 C=3D10.0pF $ Test capacitor = (constant)=0A= *C1 Sweep 0 C=3D'10.0e-12*V(sweep)' $ Test capacitor = (variable)=0A= ************************************************************************= ***=0A= .END=0A= ------_=_NextPart_000_01C05A3B.263898AC-- From owner-ibis Wed Nov 29 15:06:07 2000 Received: from thalia.fm.intel.com (thalia.fm.intel.com [132.233.247.11]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eATN65j06621 for ; Wed, 29 Nov 2000 15:06:06 -0800 (PST) Received: from SMTP (fmsmsxvs01-1.fm.intel.com [132.233.42.201]) by thalia.fm.intel.com (8.9.1a+p1/8.9.1/d: relay.m4,v 1.33 2000/11/21 19:27:27 smothers Exp $) with SMTP id XAA03819; Wed, 29 Nov 2000 23:04:04 GMT Received: from fmsmsx27.FM.INTEL.COM ([132.233.48.27]) by 132.233.48.201 (Norton AntiVirus for Internet Email Gateways 1.0) ; Wed, 29 Nov 2000 23:02:44 0000 (GMT) Received: by fmsmsx27.fm.intel.com with Internet Mail Service (5.5.2650.21) id ; Wed, 29 Nov 2000 15:02:43 -0800 Message-ID: <10C8636AE359D4119118009027AE9987098DA6@FMSMSX34> From: "Muranyi, Arpad" To: "'Betty Luk'" , "'ibis-users@eda.org'" Cc: "Muranyi, Arpad" Subject: RE: measuring c_comp using simulation Date: Wed, 29 Nov 2000 15:02:41 -0800 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C05A58.79BB6500" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C05A58.79BB6500 Content-Type: text/plain; charset="iso-8859-1" Betty, I am not sure what you mean by "my buffer" and "example", but if your buffer is a different design from what I used in the lab exercises, I wouldn't be surprised that the input capacitance is different. However, I don't think that you would expect them to be the same, so I feel I have to look for a better answer. I just looked up my lab example's result file "c_meter.mt0" and got the following data: capv sw_i1 sw_i2 cap temper alter# 0. -7.947e-04 8.069e-04 1.335e-12 25.0000 1.0000 0.2500 -1.182e-02 -9.822e-03 1.666e-12 25.0000 1.0000 0.5000 -2.149e-02 -1.903e-02 2.045e-12 25.0000 1.0000 0.7500 -2.985e-02 -2.692e-02 2.442e-12 25.0000 1.0000 1.0000 -3.699e-02 -3.358e-02 2.841e-12 25.0000 1.0000 1.2500 -4.297e-02 -3.910e-02 3.230e-12 25.0000 1.0000 1.5000 -4.786e-02 -4.354e-02 3.600e-12 25.0000 1.0000 1.7500 -5.173e-02 -4.700e-02 3.943e-12 25.0000 1.0000 2.0000 -5.464e-02 -4.955e-02 4.249e-12 25.0000 1.0000 2.2500 -5.665e-02 -5.124e-02 4.512e-12 25.0000 1.0000 2.5000 -5.781e-02 -5.207e-02 4.777e-12 25.0000 1.0000 2.7500 -5.801e-02 -5.232e-02 4.742e-12 25.0000 1.0000 3.0000 -5.801e-02 -5.259e-02 4.522e-12 25.0000 1.0000 3.2500 -5.800e-02 -5.286e-02 4.280e-12 25.0000 1.0000 3.5000 -5.796e-02 -5.314e-02 4.015e-12 25.0000 1.0000 3.7500 -5.791e-02 -5.342e-02 3.737e-12 25.0000 1.0000 4.0000 -5.783e-02 -5.367e-02 3.467e-12 25.0000 1.0000 4.2500 -5.771e-02 -5.380e-02 3.259e-12 25.0000 1.0000 4.5000 -5.765e-02 -5.389e-02 3.128e-12 25.0000 1.0000 from which the minimum is 1.335 pF and the maximum is 4.777 pF. These values are clearly different from what is shown in the plot in my presentation. Looking at the dates I may have corrected something in the lab examples since I prepared that plot for the presentation, or changed the buffer, or something. I also noticed that I did not use the results of the c_meter simulation for the IBIS files in the "solved" directories, which may cause even more confusion. I must have been in a big hurry when I did those, but the point of preparing those files was not really to have correct content in them, it was just to have something so that my class attendees should be able to go on to the next step in case they were not able to get that far. Please do not get hung up on these differences. To give you an answer to which number to use, here is the rule I use: Take the lowest number generated with the c_meter simulation file with the fast corner conditions (usually low temp, high voltage, fast process) and use it for the minimum C_comp, and take the highest number from the c_meter simulation using the slow corner conditions (high temp, low voltage, slow process). Average the two for the typical value for C_comp. It is important that you only sweep the chip on that voltage range which corresponds to the signal swing. For example, if you have a 3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain the capacitance curve, sweep it only between 0 to 1.5 V. The signal will never see the capacitance values that would occur on other voltages. Also note that the edge rate at which you sweep the buffer may also influence the results you get. It would be advisable to set an edge rate in the c_meter simulation which is similar to what the buffer will see from the signal. I hope this helps, Arpad Muranyi Intel Corporation ===================================================================== -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Wednesday, November 29, 2000 11:33 AM To: 'ibis-users@eda.org' Cc: 'arpad.muranyi@intel.com' Subject: measuring c_comp using simulation Hi, In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp. When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF. In the example, the range was only between 2 to 3pF. Should the mean value for the simulated capacitance be used? What about obtaining min and max values for c_comp? I would really appreciate any feedback. I have attached the sample Spice file for reference. Thanks very much, Betty ------_=_NextPart_001_01C05A58.79BB6500 Content-Type: text/html; charset="iso-8859-1"
Betty,
 
I am not sure what you mean by "my buffer" and "example", but if
your buffer is a different design from what I used in the lab
exercises, I wouldn't be surprised that the input capacitance
is different.  However, I don't think that you would expect them
to be the same, so I feel I have to look for a better answer.
 
I just looked up my lab example's result file "c_meter.mt0" and
got the following data:
 
    capv    sw_i1      sw_i2      cap         temper     alter#
 
    0.     -7.947e-04  8.069e-04  1.335e-12   25.0000    1.0000 
    0.2500 -1.182e-02 -9.822e-03  1.666e-12   25.0000    1.0000 
    0.5000 -2.149e-02 -1.903e-02  2.045e-12   25.0000    1.0000 
    0.7500 -2.985e-02 -2.692e-02  2.442e-12   25.0000    1.0000 
    1.0000 -3.699e-02 -3.358e-02  2.841e-12   25.0000    1.0000 
    1.2500 -4.297e-02 -3.910e-02  3.230e-12   25.0000    1.0000 
    1.5000 -4.786e-02 -4.354e-02  3.600e-12   25.0000    1.0000 
    1.7500 -5.173e-02 -4.700e-02  3.943e-12   25.0000    1.0000 
    2.0000 -5.464e-02 -4.955e-02  4.249e-12   25.0000    1.0000 
    2.2500 -5.665e-02 -5.124e-02  4.512e-12   25.0000    1.0000 
    2.5000 -5.781e-02 -5.207e-02  4.777e-12   25.0000    1.0000 
    2.7500 -5.801e-02 -5.232e-02  4.742e-12   25.0000    1.0000 
    3.0000 -5.801e-02 -5.259e-02  4.522e-12   25.0000    1.0000 
    3.2500 -5.800e-02 -5.286e-02  4.280e-12   25.0000    1.0000 
    3.5000 -5.796e-02 -5.314e-02  4.015e-12   25.0000    1.0000 
    3.7500 -5.791e-02 -5.342e-02  3.737e-12   25.0000    1.0000 
    4.0000 -5.783e-02 -5.367e-02  3.467e-12   25.0000    1.0000 
    4.2500 -5.771e-02 -5.380e-02  3.259e-12   25.0000    1.0000 
    4.5000 -5.765e-02 -5.389e-02  3.128e-12   25.0000    1.0000 
 
from which the minimum is 1.335 pF and the maximum is 4.777 pF.
These values are clearly different from what is shown in the
plot in my presentation.  Looking at the dates I may have
corrected something in the lab examples since I prepared that
plot for the presentation, or changed the buffer, or something.
I also noticed that I did not use the results of the c_meter
simulation for the IBIS files in the "solved" directories,
which may cause even more confusion.  I must have been in a big
hurry when I did those, but the point of preparing those files
was not really to have correct content in them, it was just to
have something so that my class attendees should be able to go
on to the next step in case they were not able to get that far.
Please do not get hung up on these differences.
 
To give you an answer to which number to use, here is the rule I use:
Take the lowest number generated with the c_meter simulation file
with the fast corner conditions (usually low temp, high voltage,
fast process) and use it for the minimum C_comp, and take the
highest number from the c_meter simulation using the slow corner
conditions (high temp, low voltage, slow process).  Average the
two for the typical value for C_comp.
 
It is important that you only sweep the chip on that voltage range
which corresponds to the signal swing.  For example, if you have a
3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain
the capacitance curve, sweep it only between 0 to 1.5 V.  The signal
will never see the capacitance values that would occur on other
voltages.
 
Also note that the edge rate at which you sweep the buffer may also
influence the results you get.  It would be advisable to set an edge
rate in the c_meter simulation which is similar to what the buffer
will see from the signal.
 
I hope this helps,
 
Arpad Muranyi
Intel Corporation
=====================================================================
 
 
 
-----Original Message-----
From: Betty Luk [mailto:Betty@genesis-microchip.com]
Sent: Wednesday, November 29, 2000 11:33 AM
To: 'ibis-users@eda.org'
Cc: 'arpad.muranyi@intel.com'
Subject: measuring c_comp using simulation

Hi,
 
In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp.  When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF.  In the example, the range was only between 2 to 3pF.  Should the mean value for the simulated capacitance be used?    What about obtaining min and max values for c_comp?
 
I would really appreciate any feedback.  I have attached the sample Spice file for reference.
 
Thanks very much,
Betty
 
 
------_=_NextPart_001_01C05A58.79BB6500-- From owner-ibis Thu Nov 30 06:45:21 2000 Received: from nttoex1.genesis-microchip.on.ca ([209.47.22.207]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAUEjHj10767 for ; Thu, 30 Nov 2000 06:45:20 -0800 (PST) Received: by nttoex1.genesis-microchip.on.ca with Internet Mail Service (5.5.2650.21) id ; Thu, 30 Nov 2000 09:45:40 -0500 Message-ID: <85893468B47AD411818100306E00E18452BBC6@nttoex1.genesis-microchip.on.ca> From: Betty Luk To: "'Muranyi, Arpad'" , "'ibis-users@eda.org'" Subject: RE: measuring c_comp using simulation Date: Thu, 30 Nov 2000 09:45:33 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C05ADC.355C901C" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C05ADC.355C901C Content-Type: text/plain; charset="iso-8859-1" Hi Arpad, Thanks very much for your input. Just to clarify: I should do the c_meter simulation twice: 1) low temp, high voltage, fast process - use minimum number 2) high temp, low voltage, slow process - use maximum number 3) average between 1 and 2 for typical value I'm not clear on what you mean by "edge rate". In your simulation, your ramp up was 10ns and ramp down was 10ns. Is that what you refer to as edge rate? Do you mean to set the edge rate to be close to that of the output signal driven by the buffer? One final question. Why can't we use the CAPTAB option in Spice to find out the capacitance at the buffer output node? Thanks, Betty -----Original Message----- From: Muranyi, Arpad [mailto:arpad.muranyi@intel.com] Sent: Wednesday, November 29, 2000 6:03 PM To: 'Betty Luk'; 'ibis-users@eda.org' Cc: Muranyi, Arpad Subject: RE: measuring c_comp using simulation Betty, I am not sure what you mean by "my buffer" and "example", but if your buffer is a different design from what I used in the lab exercises, I wouldn't be surprised that the input capacitance is different. However, I don't think that you would expect them to be the same, so I feel I have to look for a better answer. I just looked up my lab example's result file "c_meter.mt0" and got the following data: capv sw_i1 sw_i2 cap temper alter# 0. -7.947e-04 8.069e-04 1.335e-12 25.0000 1.0000 0.2500 -1.182e-02 -9.822e-03 1.666e-12 25.0000 1.0000 0.5000 -2.149e-02 -1.903e-02 2.045e-12 25.0000 1.0000 0.7500 -2.985e-02 -2.692e-02 2.442e-12 25.0000 1.0000 1.0000 -3.699e-02 -3.358e-02 2.841e-12 25.0000 1.0000 1.2500 -4.297e-02 -3.910e-02 3.230e-12 25.0000 1.0000 1.5000 -4.786e-02 -4.354e-02 3.600e-12 25.0000 1.0000 1.7500 -5.173e-02 -4.700e-02 3.943e-12 25.0000 1.0000 2.0000 -5.464e-02 -4.955e-02 4.249e-12 25.0000 1.0000 2.2500 -5.665e-02 -5.124e-02 4.512e-12 25.0000 1.0000 2.5000 -5.781e-02 -5.207e-02 4.777e-12 25.0000 1.0000 2.7500 -5.801e-02 -5.232e-02 4.742e-12 25.0000 1.0000 3.0000 -5.801e-02 -5.259e-02 4.522e-12 25.0000 1.0000 3.2500 -5.800e-02 -5.286e-02 4.280e-12 25.0000 1.0000 3.5000 -5.796e-02 -5.314e-02 4.015e-12 25.0000 1.0000 3.7500 -5.791e-02 -5.342e-02 3.737e-12 25.0000 1.0000 4.0000 -5.783e-02 -5.367e-02 3.467e-12 25.0000 1.0000 4.2500 -5.771e-02 -5.380e-02 3.259e-12 25.0000 1.0000 4.5000 -5.765e-02 -5.389e-02 3.128e-12 25.0000 1.0000 from which the minimum is 1.335 pF and the maximum is 4.777 pF. These values are clearly different from what is shown in the plot in my presentation. Looking at the dates I may have corrected something in the lab examples since I prepared that plot for the presentation, or changed the buffer, or something. I also noticed that I did not use the results of the c_meter simulation for the IBIS files in the "solved" directories, which may cause even more confusion. I must have been in a big hurry when I did those, but the point of preparing those files was not really to have correct content in them, it was just to have something so that my class attendees should be able to go on to the next step in case they were not able to get that far. Please do not get hung up on these differences. To give you an answer to which number to use, here is the rule I use: Take the lowest number generated with the c_meter simulation file with the fast corner conditions (usually low temp, high voltage, fast process) and use it for the minimum C_comp, and take the highest number from the c_meter simulation using the slow corner conditions (high temp, low voltage, slow process). Average the two for the typical value for C_comp. It is important that you only sweep the chip on that voltage range which corresponds to the signal swing. For example, if you have a 3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain the capacitance curve, sweep it only between 0 to 1.5 V. The signal will never see the capacitance values that would occur on other voltages. Also note that the edge rate at which you sweep the buffer may also influence the results you get. It would be advisable to set an edge rate in the c_meter simulation which is similar to what the buffer will see from the signal. I hope this helps, Arpad Muranyi Intel Corporation ===================================================================== -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Wednesday, November 29, 2000 11:33 AM To: 'ibis-users@eda.org' Cc: 'arpad.muranyi@intel.com' Subject: measuring c_comp using simulation Hi, In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp. When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF. In the example, the range was only between 2 to 3pF. Should the mean value for the simulated capacitance be used? What about obtaining min and max values for c_comp? I would really appreciate any feedback. I have attached the sample Spice file for reference. Thanks very much, Betty ------_=_NextPart_001_01C05ADC.355C901C Content-Type: text/html; charset="iso-8859-1"
Hi Arpad,
 
Thanks very much for your input.
 
Just to clarify: I should do the c_meter simulation twice:
1) low temp, high voltage, fast process - use minimum number
2) high temp, low voltage, slow process - use maximum number
3) average between 1 and 2 for typical value
 
I'm not clear on what you mean by "edge rate".  In your simulation, your ramp up was 10ns and ramp down was 10ns.  Is that what you refer to as edge rate?  Do you mean to set the edge rate to be close to that of the output signal driven by the buffer?
 
One final question.  Why can't we use the CAPTAB option in Spice to find out the capacitance at the buffer output node?
 
Thanks,
Betty
-----Original Message-----
From: Muranyi, Arpad [mailto:arpad.muranyi@intel.com]
Sent: Wednesday, November 29, 2000 6:03 PM
To: 'Betty Luk'; 'ibis-users@eda.org'
Cc: Muranyi, Arpad
Subject: RE: measuring c_comp using simulation

Betty,
 
I am not sure what you mean by "my buffer" and "example", but if
your buffer is a different design from what I used in the lab
exercises, I wouldn't be surprised that the input capacitance
is different.  However, I don't think that you would expect them
to be the same, so I feel I have to look for a better answer.
 
I just looked up my lab example's result file "c_meter.mt0" and
got the following data:
 
    capv    sw_i1      sw_i2      cap         temper     alter#
 
    0.     -7.947e-04  8.069e-04  1.335e-12   25.0000    1.0000 
    0.2500 -1.182e-02 -9.822e-03  1.666e-12   25.0000    1.0000 
    0.5000 -2.149e-02 -1.903e-02  2.045e-12   25.0000    1.0000 
    0.7500 -2.985e-02 -2.692e-02  2.442e-12   25.0000    1.0000 
    1.0000 -3.699e-02 -3.358e-02  2.841e-12   25.0000    1.0000 
    1.2500 -4.297e-02 -3.910e-02  3.230e-12   25.0000    1.0000 
    1.5000 -4.786e-02 -4.354e-02  3.600e-12   25.0000    1.0000 
    1.7500 -5.173e-02 -4.700e-02  3.943e-12   25.0000    1.0000 
    2.0000 -5.464e-02 -4.955e-02  4.249e-12   25.0000    1.0000 
    2.2500 -5.665e-02 -5.124e-02  4.512e-12   25.0000    1.0000 
    2.5000 -5.781e-02 -5.207e-02  4.777e-12   25.0000    1.0000 
    2.7500 -5.801e-02 -5.232e-02  4.742e-12   25.0000    1.0000 
    3.0000 -5.801e-02 -5.259e-02  4.522e-12   25.0000    1.0000 
    3.2500 -5.800e-02 -5.286e-02  4.280e-12   25.0000    1.0000 
    3.5000 -5.796e-02 -5.314e-02  4.015e-12   25.0000    1.0000 
    3.7500 -5.791e-02 -5.342e-02  3.737e-12   25.0000    1.0000 
    4.0000 -5.783e-02 -5.367e-02  3.467e-12   25.0000    1.0000 
    4.2500 -5.771e-02 -5.380e-02  3.259e-12   25.0000    1.0000 
    4.5000 -5.765e-02 -5.389e-02  3.128e-12   25.0000    1.0000 
 
from which the minimum is 1.335 pF and the maximum is 4.777 pF.
These values are clearly different from what is shown in the
plot in my presentation.  Looking at the dates I may have
corrected something in the lab examples since I prepared that
plot for the presentation, or changed the buffer, or something.
I also noticed that I did not use the results of the c_meter
simulation for the IBIS files in the "solved" directories,
which may cause even more confusion.  I must have been in a big
hurry when I did those, but the point of preparing those files
was not really to have correct content in them, it was just to
have something so that my class attendees should be able to go
on to the next step in case they were not able to get that far.
Please do not get hung up on these differences.
 
To give you an answer to which number to use, here is the rule I use:
Take the lowest number generated with the c_meter simulation file
with the fast corner conditions (usually low temp, high voltage,
fast process) and use it for the minimum C_comp, and take the
highest number from the c_meter simulation using the slow corner
conditions (high temp, low voltage, slow process).  Average the
two for the typical value for C_comp.
 
It is important that you only sweep the chip on that voltage range
which corresponds to the signal swing.  For example, if you have a
3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain
the capacitance curve, sweep it only between 0 to 1.5 V.  The signal
will never see the capacitance values that would occur on other
voltages.
 
Also note that the edge rate at which you sweep the buffer may also
influence the results you get.  It would be advisable to set an edge
rate in the c_meter simulation which is similar to what the buffer
will see from the signal.
 
I hope this helps,
 
Arpad Muranyi
Intel Corporation
=====================================================================
 
 
 
-----Original Message-----
From: Betty Luk [mailto:Betty@genesis-microchip.com]
Sent: Wednesday, November 29, 2000 11:33 AM
To: 'ibis-users@eda.org'
Cc: 'arpad.muranyi@intel.com'
Subject: measuring c_comp using simulation

Hi,
 
In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp.  When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF.  In the example, the range was only between 2 to 3pF.  Should the mean value for the simulated capacitance be used?    What about obtaining min and max values for c_comp?
 
I would really appreciate any feedback.  I have attached the sample Spice file for reference.
 
Thanks very much,
Betty
 
 
------_=_NextPart_001_01C05ADC.355C901C-- From owner-ibis Thu Nov 30 08:39:32 2000 Received: from mako.hhnetwk.com (mail.hammerheadnetworks.com [64.55.108.178]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAUGdTj11548 for ; Thu, 30 Nov 2000 08:39:30 -0800 (PST) Received: from westerhoff (westerhoff.hhnetwk.com [10.2.4.2]) by mako.hhnetwk.com (8.11.0/bg-001114) with SMTP id eAUGa4J00618 for ; Thu, 30 Nov 2000 11:36:04 -0500 From: "Todd Westerhoff" To: Subject: Official "Kumar was Right" memorabilia now available ... Date: Thu, 30 Nov 2000 11:36:17 -0500 Message-ID: MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 (Normal) X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook IMO, Build 9.0.2416 (9.0.2910.0) Importance: Normal X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2919.6700 Hi everyone, Those of you who went out to dinner after the IBIS Summit at DesignCon 2000 may remember that I was rambling on about coming up with a "Kumar was Right" T-shirt. Well, I did - and now you can buy them on-line, should you be sufficiently crazy or so-inclined. Turns out, there's a neat web site called cafepress.com that lets you design and sell stuff on-line. So, I created a logo, uploaded it, and you can now find the "Kumar was Right" store at: http://cafepress.com/kumar_right One disclaimer: the site is REALLY slow, as it generates all the images dynamically. Expect to wait a minute or more for the page to fully load. Once the page loads, the best way to get a good view of the logo is to zoom in on the mouse pad. You should note that I make a grand total of $0.00 on anything you buy, having contributed my (much less than considerable) graphics design expertise to the cause. Comments and suggestions are welcome and appreciated. Whether you're amused, confused or enraged, I'd like to hear about it. Happy Holidays - and remember - Kumar mugs are the perfect gift! Todd ;-} Todd Westerhoff Signal Integrity Engineer Hammerhead Networks 5 Federal Way Billerica, MA 01821 (978) 671-5084 email: twester@hhnetwk.com From owner-ibis Thu Nov 30 14:29:51 2000 Received: from thalia.fm.intel.com (thalia.fm.intel.com [132.233.247.11]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eAUMToj13163 for ; Thu, 30 Nov 2000 14:29:51 -0800 (PST) Received: from SMTP (fmsmsxvs05-1.fm.intel.com [132.233.42.205]) by thalia.fm.intel.com (8.9.1a+p1/8.9.1/d: relay.m4,v 1.33 2000/11/21 19:27:27 smothers Exp $) with SMTP id WAA18960; Thu, 30 Nov 2000 22:27:48 GMT Received: from fmsmsx28.fm.intel.com ([132.233.48.28]) by 132.233.48.205 (Norton AntiVirus for Internet Email Gateways 1.0) ; Thu, 30 Nov 2000 22:26:28 0000 (GMT) Received: by fmsmsx28.fm.intel.com with Internet Mail Service (5.5.2650.21) id ; Thu, 30 Nov 2000 14:26:27 -0800 Message-ID: <10C8636AE359D4119118009027AE9987051550B3@FMSMSX34> From: "Muranyi, Arpad" To: "'Betty Luk'" , "'ibis-users@eda.org'" Subject: RE: measuring c_comp using simulation Date: Thu, 30 Nov 2000 14:26:24 -0800 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2650.21) Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01C05B1C.94793B72" This message is in MIME format. Since your mail reader does not understand this format, some or all of this message may not be legible. ------_=_NextPart_001_01C05B1C.94793B72 Content-Type: text/plain; charset="ISO-8859-1" Betty, 1) - 3) Correct. By edge rate I was referring to the 10 ns ramps. I have never used CAPTAB, but I tried it now, and I don't seem to get the numbers I am looking for with it. If you can find a way to obtain correct capacitance values with it, please let me know. Arpad ================================================= -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Thursday, November 30, 2000 6:46 AM To: 'Muranyi, Arpad'; 'ibis-users@eda.org' Subject: RE: measuring c_comp using simulation Hi Arpad, Thanks very much for your input. Just to clarify: I should do the c_meter simulation twice: 1) low temp, high voltage, fast process - use minimum number 2) high temp, low voltage, slow process - use maximum number 3) average between 1 and 2 for typical value I'm not clear on what you mean by "edge rate". In your simulation, your ramp up was 10ns and ramp down was 10ns. Is that what you refer to as edge rate? Do you mean to set the edge rate to be close to that of the output signal driven by the buffer? One final question. Why can't we use the CAPTAB option in Spice to find out the capacitance at the buffer output node? Thanks, Betty -----Original Message----- From: Muranyi, Arpad [mailto:arpad.muranyi@intel.com] Sent: Wednesday, November 29, 2000 6:03 PM To: 'Betty Luk'; 'ibis-users@eda.org' Cc: Muranyi, Arpad Subject: RE: measuring c_comp using simulation Betty, I am not sure what you mean by "my buffer" and "example", but if your buffer is a different design from what I used in the lab exercises, I wouldn't be surprised that the input capacitance is different. However, I don't think that you would expect them to be the same, so I feel I have to look for a better answer. I just looked up my lab example's result file "c_meter.mt0" and got the following data: capv sw_i1 sw_i2 cap temper alter# 0. -7.947e-04 8.069e-04 1.335e-12 25.0000 1.0000 0.2500 -1.182e-02 -9.822e-03 1.666e-12 25.0000 1.0000 0.5000 -2.149e-02 -1.903e-02 2.045e-12 25.0000 1.0000 0.7500 -2.985e-02 -2.692e-02 2.442e-12 25.0000 1.0000 1.0000 -3.699e-02 -3.358e-02 2.841e-12 25.0000 1.0000 1.2500 -4.297e-02 -3.910e-02 3.230e-12 25.0000 1.0000 1.5000 -4.786e-02 -4.354e-02 3.600e-12 25.0000 1.0000 1.7500 -5.173e-02 -4.700e-02 3.943e-12 25.0000 1.0000 2.0000 -5.464e-02 -4.955e-02 4.249e-12 25.0000 1.0000 2.2500 -5.665e-02 -5.124e-02 4.512e-12 25.0000 1.0000 2.5000 -5.781e-02 -5.207e-02 4.777e-12 25.0000 1.0000 2.7500 -5.801e-02 -5.232e-02 4.742e-12 25.0000 1.0000 3.0000 -5.801e-02 -5.259e-02 4.522e-12 25.0000 1.0000 3.2500 -5.800e-02 -5.286e-02 4.280e-12 25.0000 1.0000 3.5000 -5.796e-02 -5.314e-02 4.015e-12 25.0000 1.0000 3.7500 -5.791e-02 -5.342e-02 3.737e-12 25.0000 1.0000 4.0000 -5.783e-02 -5.367e-02 3.467e-12 25.0000 1.0000 4.2500 -5.771e-02 -5.380e-02 3.259e-12 25.0000 1.0000 4.5000 -5.765e-02 -5.389e-02 3.128e-12 25.0000 1.0000 from which the minimum is 1.335 pF and the maximum is 4.777 pF. These values are clearly different from what is shown in the plot in my presentation. Looking at the dates I may have corrected something in the lab examples since I prepared that plot for the presentation, or changed the buffer, or something. I also noticed that I did not use the results of the c_meter simulation for the IBIS files in the "solved" directories, which may cause even more confusion. I must have been in a big hurry when I did those, but the point of preparing those files was not really to have correct content in them, it was just to have something so that my class attendees should be able to go on to the next step in case they were not able to get that far. Please do not get hung up on these differences. To give you an answer to which number to use, here is the rule I use: Take the lowest number generated with the c_meter simulation file with the fast corner conditions (usually low temp, high voltage, fast process) and use it for the minimum C_comp, and take the highest number from the c_meter simulation using the slow corner conditions (high temp, low voltage, slow process). Average the two for the typical value for C_comp. It is important that you only sweep the chip on that voltage range which corresponds to the signal swing. For example, if you have a 3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain the capacitance curve, sweep it only between 0 to 1.5 V. The signal will never see the capacitance values that would occur on other voltages. Also note that the edge rate at which you sweep the buffer may also influence the results you get. It would be advisable to set an edge rate in the c_meter simulation which is similar to what the buffer will see from the signal. I hope this helps, Arpad Muranyi Intel Corporation ===================================================================== -----Original Message----- From: Betty Luk [mailto:Betty@genesis-microchip.com] Sent: Wednesday, November 29, 2000 11:33 AM To: 'ibis-users@eda.org' Cc: 'arpad.muranyi@intel.com' Subject: measuring c_comp using simulation Hi, In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp. When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF. In the example, the range was only between 2 to 3pF. Should the mean value for the simulated capacitance be used? What about obtaining min and max values for c_comp? I would really appreciate any feedback. I have attached the sample Spice file for reference. Thanks very much, Betty ------_=_NextPart_001_01C05B1C.94793B72 Content-Type: text/html; charset="ISO-8859-1"
Betty,
 
1) - 3) Correct.
By edge rate I was referring to the 10 ns ramps.
 
I have never used CAPTAB, but I tried it now, and
I don't seem to get the numbers I am looking for
with it.  If you can find a way to obtain correct
capacitance values with it, please let me know.
 
Arpad
=================================================
-----Original Message-----
From: Betty Luk [mailto:Betty@genesis-microchip.com]
Sent: Thursday, November 30, 2000 6:46 AM
To: 'Muranyi, Arpad'; 'ibis-users@eda.org'
Subject: RE: measuring c_comp using simulation

Hi Arpad,
 
Thanks very much for your input.
 
Just to clarify: I should do the c_meter simulation twice:
1) low temp, high voltage, fast process - use minimum number
2) high temp, low voltage, slow process - use maximum number
3) average between 1 and 2 for typical value
 
I'm not clear on what you mean by "edge rate".  In your simulation, your ramp up was 10ns and ramp down was 10ns.  Is that what you refer to as edge rate?  Do you mean to set the edge rate to be close to that of the output signal driven by the buffer?
 
One final question.  Why can't we use the CAPTAB option in Spice to find out the capacitance at the buffer output node?
 
Thanks,
Betty
-----Original Message-----
From: Muranyi, Arpad [mailto:arpad.muranyi@intel.com]
Sent: Wednesday, November 29, 2000 6:03 PM
To: 'Betty Luk'; 'ibis-users@eda.org'
Cc: Muranyi, Arpad
Subject: RE: measuring c_comp using simulation

Betty,
 
I am not sure what you mean by "my buffer" and "example", but if
your buffer is a different design from what I used in the lab
exercises, I wouldn't be surprised that the input capacitance
is different.  However, I don't think that you would expect them
to be the same, so I feel I have to look for a better answer.
 
I just looked up my lab example's result file "c_meter.mt0" and
got the following data:
 
    capv    sw_i1      sw_i2      cap         temper     alter#
 
    0.     -7.947e-04  8.069e-04  1.335e-12   25.0000    1.0000 
    0.2500 -1.182e-02 -9.822e-03  1.666e-12   25.0000    1.0000 
    0.5000 -2.149e-02 -1.903e-02  2.045e-12   25.0000    1.0000 
    0.7500 -2.985e-02 -2.692e-02  2.442e-12   25.0000    1.0000 
    1.0000 -3.699e-02 -3.358e-02  2.841e-12   25.0000    1.0000 
    1.2500 -4.297e-02 -3.910e-02  3.230e-12   25.0000    1.0000 
    1.5000 -4.786e-02 -4.354e-02  3.600e-12   25.0000    1.0000 
    1.7500 -5.173e-02 -4.700e-02  3.943e-12   25.0000    1.0000 
    2.0000 -5.464e-02 -4.955e-02  4.249e-12   25.0000    1.0000 
    2.2500 -5.665e-02 -5.124e-02  4.512e-12   25.0000    1.0000 
    2.5000 -5.781e-02 -5.207e-02  4.777e-12   25.0000    1.0000 
    2.7500 -5.801e-02 -5.232e-02  4.742e-12   25.0000    1.0000 
    3.0000 -5.801e-02 -5.259e-02  4.522e-12   25.0000    1.0000 
    3.2500 -5.800e-02 -5.286e-02  4.280e-12   25.0000    1.0000 
    3.5000 -5.796e-02 -5.314e-02  4.015e-12   25.0000    1.0000 
    3.7500 -5.791e-02 -5.342e-02  3.737e-12   25.0000    1.0000 
    4.0000 -5.783e-02 -5.367e-02  3.467e-12   25.0000    1.0000 
    4.2500 -5.771e-02 -5.380e-02  3.259e-12   25.0000    1.0000 
    4.5000 -5.765e-02 -5.389e-02  3.128e-12   25.0000    1.0000 
 
from which the minimum is 1.335 pF and the maximum is 4.777 pF.
These values are clearly different from what is shown in the
plot in my presentation.  Looking at the dates I may have
corrected something in the lab examples since I prepared that
plot for the presentation, or changed the buffer, or something.
I also noticed that I did not use the results of the c_meter
simulation for the IBIS files in the "solved" directories,
which may cause even more confusion.  I must have been in a big
hurry when I did those, but the point of preparing those files
was not really to have correct content in them, it was just to
have something so that my class attendees should be able to go
on to the next step in case they were not able to get that far.
Please do not get hung up on these differences.
 
To give you an answer to which number to use, here is the rule I use:
Take the lowest number generated with the c_meter simulation file
with the fast corner conditions (usually low temp, high voltage,
fast process) and use it for the minimum C_comp, and take the
highest number from the c_meter simulation using the slow corner
conditions (high temp, low voltage, slow process).  Average the
two for the typical value for C_comp.
 
It is important that you only sweep the chip on that voltage range
which corresponds to the signal swing.  For example, if you have a
3.3 V device with a GTL buffer, don't sweep it 0 to 3.3 V to obtain
the capacitance curve, sweep it only between 0 to 1.5 V.  The signal
will never see the capacitance values that would occur on other
voltages.
 
Also note that the edge rate at which you sweep the buffer may also
influence the results you get.  It would be advisable to set an edge
rate in the c_meter simulation which is similar to what the buffer
will see from the signal.
 
I hope this helps,
 
Arpad Muranyi
Intel Corporation
=====================================================================
 
 
 
-----Original Message-----
From: Betty Luk [mailto:Betty@genesis-microchip.com]
Sent: Wednesday, November 29, 2000 11:33 AM
To: 'ibis-users@eda.org'
Cc: 'arpad.muranyi@intel.com'
Subject: measuring c_comp using simulation

Hi,
 
In Arpad Muranyi's "Introduction to IBIS Models" (available from IBIS website), there was a sample Spice netlist for a simulation to obtain the value of c_comp.  When I used this simulation for my buffer, the capacitance ranged from 2pF to 8pF, with a mean of 5pF.  In the example, the range was only between 2 to 3pF.  Should the mean value for the simulated capacitance be used?    What about obtaining min and max values for c_comp?
 
I would really appreciate any feedback.  I have attached the sample Spice file for reference.
 
Thanks very much,
Betty
 
 
------_=_NextPart_001_01C05B1C.94793B72-- From owner-ibis Thu Nov 30 18:58:22 2000 Received: from zcamail04.zca.compaq.com (zcamail04.zca.compaq.com [161.114.32.104]) by server.eda.org (8.11.0/8.11.0) with ESMTP id eB12wLj13915 for ; Thu, 30 Nov 2000 18:58:22 -0800 (PST) Received: by zcamail04.zca.compaq.com (Postfix, from userid 12345) id F1DAA53F; Thu, 30 Nov 2000 18:55:30 -0800 (PST) Received: from exctay-gh01.tay.cpqcorp.net (exctay-gh01.tay.cpqcorp.net [16.103.129.42]) by zcamail04.zca.compaq.com (Postfix) with ESMTP id AB0B3424 for ; Thu, 30 Nov 2000 18:55:30 -0800 (PST) Received: by exctay-gh01.tay.cpqcorp.net with Internet Mail Service (5.5.2652.78) id ; Thu, 30 Nov 2000 21:54:55 -0500 Message-ID: <212CC57E84B8D111AD780000F84AA0490C713B4D@mroexc2.tay.cpqcorp.net> From: "Ingraham, Andrew" To: "'ibis-users@eda.org'" Subject: RE: measuring c_comp using simulation Date: Thu, 30 Nov 2000 21:54:52 -0500 MIME-Version: 1.0 X-Mailer: Internet Mail Service (5.5.2652.78) Content-Type: text/plain > One final question. Why can't we use the CAPTAB option in Spice to find > out the capacitance at the buffer output node? CAPTAB probably only reports actual physical capacitance connected to a node. For example, it probably doesn't include Miller effect capacitance, which might be significant for an input. Nor nonlinear junction capacitance vs. voltage. Andy