From: owner-ibis-users@eda.org (ibis-users)
To: ibis-users-digest@eda.org
Subject: ibis-users V1 #59
Reply-To: 
Sender: owner-ibis-users@eda.org
Errors-To: owner-ibis-users@eda.org
Precedence: bulk


ibis-users           Thursday, June 2 2005           Volume 01 : Number 059




----------------------------------------------------------------------

Date: Fri, 20 May 2005 10:50:55 -0700
From: "lgreen" <lgreen22@mindspring.com>
Subject: RE: [IBIS-Users] problem with the rising and falling waveforms

Hi, Vivek,

Two items:
1) The V-t curves should have "zero slope" at both ends.
2) There I-V tables need a small enough step size so the linear
interpolation is accurate where the load line crosses.
Either (or both) of those could cause the parser report that you are seeing.
Drawing a load line on the I-V table can help identify the problem.

Another thought: Is 100 Ohms the usual transmission line impedance for
designs using this device?  Is this same resistance used for the [Ramp]
section?

Best regards,
Lynne


"IBIS training when you need it, where you need it."

Dr. Lynne Green
Green Streak Programs
http://www.greenstreakprograms.com
425-788-0412
lgreen22@mindspring.com


- -----Original Message-----
From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org] On Behalf
Of Vivek Kumar Sundriyal
Sent: Friday, May 20, 2005 3:22 AM
To: ibis-users@eda.org; owner-ibis-users@eda.org
Subject: [IBIS-Users] problem with the rising and falling waveforms


Hi  ,

On running the IBISCHK4 on a generated IBIS model, I get the following error
:

ERROR - Model K3B07LG24Q7_QQ60: The [Rising Waveform]
      with [R_fixture]=100 Ohms and [V_fixture_max]=0V
      has MAX column DC endpoints of  0.00V and  3.46v, but
      an equivalent load applied to the model's I-V tables yields
      different voltages ( 0.00V and  4.23V),
      a difference of  0.03% and 18.33%, respectively.
ERROR - Model K3B07LG24Q7_QQ60: The [Rising Waveform]
      with [R_fixture]=100 Ohms and [V_fixture_max]=3.6V
      has MAX column DC endpoints of  0.11V and  3.60v, but
      an equivalent load applied to the model's I-V tables yields
      different voltages ( 0.11V and  4.40V),
      a difference of  0.04% and 18.69%, respectively.


Can anyone guide me on the cause of this error ? And how can I get over with
it ?

Thanks ,

Vivek



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------------------------------

Date: Fri, 20 May 2005 11:13:33 -0700
From: "Tom Dagostino" <tom@teraspeed.com>
Subject: RE: [IBIS-Users] problem with the rising and falling waveforms

Lets try some simple evaluation first.

1,  Have you done any analysis of your tables? Have you plotted the VT and
IV curves?  Do they look reasonable? Do you know what reasonable is for this
buffer? Do the transitions complete?  Is there sufficient number of points
in all curves?  Are the IV curves what you expect?  If the buffer is a CMOS
totem pole does the pullup have zero current at Vdd?  Do you have reasonable
clamp curves?

2, do you find it funny that you have a buffer that has a 3.6 volt supply (I
assume that because your termination voltage V_fixtrue_max is usually Vdd)
but your IV curve load line is predicting 4.4V?

3, Is your setup for simulation correct?  Do you have the proper supplies to
the proper nodes?





Tom Dagostino
Teraspeed Labs
13610 SW Harness Lane
Beaverton, OR 97008
503-430-1065
http://www.teraspeed.com
tom@teraspeed.com

Teraspeed Consulting Group LLC
121 North River Drive
Narragansett, RI 02882
401-284-1827

Teraspeed is the registered service mark of
Teraspeed Consulting Group LLC

- -----Original Message-----
From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org]On
Behalf Of lgreen
Sent: Friday, May 20, 2005 10:51 AM
To: 'Vivek Kumar Sundriyal'; ibis-users@eda.org;
owner-ibis-users@eda.org
Subject: RE: [IBIS-Users] problem with the rising and falling waveforms


Hi, Vivek,

Two items:
1) The V-t curves should have "zero slope" at both ends.
2) There I-V tables need a small enough step size so the linear
interpolation is accurate where the load line crosses.
Either (or both) of those could cause the parser report that you are seeing.
Drawing a load line on the I-V table can help identify the problem.

Another thought: Is 100 Ohms the usual transmission line impedance for
designs using this device?  Is this same resistance used for the [Ramp]
section?

Best regards,
Lynne


"IBIS training when you need it, where you need it."

Dr. Lynne Green
Green Streak Programs
http://www.greenstreakprograms.com
425-788-0412
lgreen22@mindspring.com


- -----Original Message-----
From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org] On Behalf
Of Vivek Kumar Sundriyal
Sent: Friday, May 20, 2005 3:22 AM
To: ibis-users@eda.org; owner-ibis-users@eda.org
Subject: [IBIS-Users] problem with the rising and falling waveforms


Hi  ,

On running the IBISCHK4 on a generated IBIS model, I get the following error
:

ERROR - Model K3B07LG24Q7_QQ60: The [Rising Waveform]
      with [R_fixture]=100 Ohms and [V_fixture_max]=0V
      has MAX column DC endpoints of  0.00V and  3.46v, but
      an equivalent load applied to the model's I-V tables yields
      different voltages ( 0.00V and  4.23V),
      a difference of  0.03% and 18.33%, respectively.
ERROR - Model K3B07LG24Q7_QQ60: The [Rising Waveform]
      with [R_fixture]=100 Ohms and [V_fixture_max]=3.6V
      has MAX column DC endpoints of  0.11V and  3.60v, but
      an equivalent load applied to the model's I-V tables yields
      different voltages ( 0.11V and  4.40V),
      a difference of  0.04% and 18.69%, respectively.


Can anyone guide me on the cause of this error ? And how can I get over with
it ?

Thanks ,

Vivek



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------------------------------

Date: Fri, 20 May 2005 17:28:37 -0500 (CDT)
From: CW - Doran David <davidd@taec.toshiba.com>
Subject: [IBIS-Users] question: Diff pin tdelay_typ values

- --Watch_of_Nightingales_173_000
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Content-MD5: mbDiTNHSUj8kH9k8nelrGw==

Just want to ask about the [Diff Pin] entry under the 
tdelay_typ/tdelay_min/tdelay_max columns.

IBIS spec says these are the "launch delays of the non-inverting pins
relative to the inverting pins".

So is this just the difference in prop delays between the 
non-inverting & inverting pins ?

Below is sample waveforms.  Do I just measure the difference
in delays between the red & white signals and use that for 
my "tdelay" values ?

Since it's relative to the inverting pin, looks like tdelay is 

* positive if non-inverting pin lags  the inverting pin
* negative if non-inverting pin leads the inverting pin

Thanks,
Below is example.



[Diff Pin] inv_pin   vdiff     tdelay_typ  tdelay_min  tdelay_max
|--------- -------   -----     ----------  ----------  ----------
P            N       0.20V      0.020ns     0.020ns      0.020ns

 
 ------ from IBIS spec :
   
| The fourth, fifth, and sixth columns,
|               tdelay_typ, tdelay_min, and tdelay_max, contain launch delays
|               of the  non-inverting pins relative to the inverting pins. The
|               values can be of either polarity.  
   

- --Watch_of_Nightingales_173_000
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------------------------------

Date: Fri, 20 May 2005 17:15:40 -0700
From: Syed Huq <shuq@cisco.com>
Subject: [IBIS-Users] BIRD98: Gate Modulation Effect (table format)

- --=-op7p+MRr2wrtzeXlwE30
Content-Type: text/plain
Content-Transfer-Encoding: 7bit

The enclosed BIRD98: Gate Modulation Effect (table format), is submitted
on behalf of Arpad Muranyi of Intel Corp.

It will be discussed at the June 3rd, 2005 IBIS Open Forum
teleconference.

Thanks,
Syed
- -- 
Cisco Systems, Inc
Acting Chair - EIA IBIS Forum

- --=-op7p+MRr2wrtzeXlwE30
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------------------------------

Date: Thu, 26 May 2005 11:15:50 -0700
From: "Mirmak, Michael" <michael.mirmak@intel.com>
Subject: [IBIS-Users] BIRD97.2: Gate Modulation Effect

This is a multi-part message in MIME format.

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	charset="us-ascii"
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The enclosed updated BIRD, Gate Modulation Effect, is issued on behalf
of Arpad Muranyi.  It will be discussed at the June 3, 2005 IBIS Open
Forum teleconference.

- - Michael Mirmak
  Intel Corp.
  Chair, EIA IBIS Open Forum





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------------------------------

Date: Thu, 26 May 2005 15:51:00 -0500 (CDT)
From: CW - Doran David <davidd@taec.toshiba.com>
Subject: [IBIS-Users] [RAMP] for differential output LVDS

Hello experts:

I'm simulating a LVDS driver that has differential outputs
(one inverting and one non-inverting) and trying to get my
[RAMP] data for IBIS model.

Typically, IBIS spec says to place 50-ohm resistor to Vdd for down-ramp,
and 50-ohm resistor to Vss for the up-ramp.

However, the vendor spec for all timing & waveforms says to place
a 100-ohm termination between the two outputs.

So in this case, can I ignore the IBIS spec and not use the Vdd & Vss
resistor, but use a resistor between the two outputs instead ?

Also, same question for my AC test fixture for rising & falling waveforms:
is it OK to ignore the IBIS spec and not use the Vdd & Vss R_fixture
but use a 100-ohm termination between the two outputs ?

I'm confuse here since IBIS test fixture for rising & falling waveforms
requires listing a R_fixture, V_fixture, C_fixture... and none of these
are for the connection between outputs.  They are only for connecting 
to V_fixture, which I don't have.  So I cannot even specify a V_fixture
in this case with termination between the two outputs.

Also, the IBIS spec mentions "true differential models" in Section 6b
with model types Input_diff, Output_diff, I/O_diff, and 3-state_diff...
but not sure this applies to my LVDS driver.

My spec simply states that this driver must have a 50-ohm transmission
line for each output, and then terminated by 100-ohm resistor across
the outputs at the far end.

any inputs appreciated!

If it helps, below are my model types used for each output (P & N) :

[Model]          TX1P
Model_type       Output
Polarity         Non-Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
....


[Model]          TX1N
Model_type       Output
Polarity         Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
Cref  =  0.000pF
....

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|with just the appropriate command message(s) in the body:
|
|  help
|  subscribe   ibis       <optional e-mail address, if different>
|  subscribe   ibis-users <optional e-mail address, if different>
|  unsubscribe ibis       <optional e-mail address, if different>
|  unsubscribe ibis-users <optional e-mail address, if different>
|
|or email a written request to ibis-request@eda.org.
|
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|
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|  http://www.eda.org/pub/ibis/users_archive/  Recent
|  http://www.eda.org/pub/ibis/email/          E-mail since 1993

------------------------------

Date: Thu, 26 May 2005 15:32:46 -0700
From: "Tom Dagostino" <tom@teraspeed.com>
Subject: RE: [IBIS-Users] [RAMP] for differential output LVDS

For LVDS IBIS models we use two 50 Ohm resistors, one each from each output
of the LVDS driver.  The other end of each resistor is tied to Vcm of the
driver.  This gives a set of waveforms that match the expected operating
conditions the driver will see.  You can also tie those resistors to Vouthi
and Voutlo of the output to get waveforms that best approximate the IBIS
gnd/vcc conditions.  I would not use a termination to ground or vcc for LVDS
modeling.  In all three cases above V_fixture is the termination voltage,
Vcm, Vouthi, Voutlo.  The resistor is 50 Ohms and never use a C_fixture in a
model.  My experience is they cause simulators to fail.  If you feel the
need to put C_fixture in make it equal to 0.00 pF.

- -----Original Message-----
From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org]On
Behalf Of CW - Doran David
Sent: Thursday, May 26, 2005 1:51 PM
To: ibis-users@eda.org
Subject: [IBIS-Users] [RAMP] for differential output LVDS


Hello experts:

I'm simulating a LVDS driver that has differential outputs
(one inverting and one non-inverting) and trying to get my
[RAMP] data for IBIS model.

Typically, IBIS spec says to place 50-ohm resistor to Vdd for down-ramp,
and 50-ohm resistor to Vss for the up-ramp.

However, the vendor spec for all timing & waveforms says to place
a 100-ohm termination between the two outputs.

So in this case, can I ignore the IBIS spec and not use the Vdd & Vss
resistor, but use a resistor between the two outputs instead ?

Also, same question for my AC test fixture for rising & falling waveforms:
is it OK to ignore the IBIS spec and not use the Vdd & Vss R_fixture
but use a 100-ohm termination between the two outputs ?

I'm confuse here since IBIS test fixture for rising & falling waveforms
requires listing a R_fixture, V_fixture, C_fixture... and none of these
are for the connection between outputs.  They are only for connecting
to V_fixture, which I don't have.  So I cannot even specify a V_fixture
in this case with termination between the two outputs.

Also, the IBIS spec mentions "true differential models" in Section 6b
with model types Input_diff, Output_diff, I/O_diff, and 3-state_diff...
but not sure this applies to my LVDS driver.

My spec simply states that this driver must have a 50-ohm transmission
line for each output, and then terminated by 100-ohm resistor across
the outputs at the far end.

any inputs appreciated!

If it helps, below are my model types used for each output (P & N) :

[Model]          TX1P
Model_type       Output
Polarity         Non-Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
....


[Model]          TX1N
Model_type       Output
Polarity         Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
Cref  =  0.000pF
....

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------------------------------

Date: Fri, 27 May 2005 09:15:22 -0700
From: "Mirmak, Michael" <michael.mirmak@intel.com>
Subject: [IBIS-Users] Agenda, IBIS Open Forum teleconference for June 3, 2005

                  IBIS Open Forum Meeting Agenda 
                         for June 3, 2005

          Telephone Number    Bridge        Passcode 
           1-916-356-2663       1           372-4753

All meetings are 8:00 AM to 9:55 AM US Pacific Time.  When calling 
into the meeting, provide the bridge number and passcode at 
the automated prompts.  If asked by an operator, please request 
to join the IBIS Open Forum hosted by Michael Mirmak. 

For international numbers, please contact Michael Mirmak.

8:00 Check-In, Intros, Announcements                       Mirmak 

     - Intros of New IBIS Participants, Meeting Quorum     Mirmak 
     - Call for Patents (IBIS 4.0, 4.1, ICM)               Mirmak 
     - Membership Update and Treasurer's Report            Mirmak 
     - Review of Previous Meeting's Minutes (and ARs)      Mirmak 
         May 13, 2005 Open Forum Minutes 
     - Press & Web Page Updates                            Huq, All 
     - Models Library Update                               Wang 
     - Miscellaneous Announcements                         Mirmak
     - Opens for New Issues                                All 

8:15 Administrative and Project Discussions 

     Mailing List Administration                           Ross

     International/External Progress 
     - IEC TC47                                            Ross
     - Other activities                                    All 

     EIA/ANSI Approval Activities                          Wolff

     Summit Planning 
     - DAC 2005 Summit Update                              Mirmak
     - DesignCon East Summit Update                        All 
     - China Summit Update                                 Wang/Ross
     - Other events                                        All   

     IBIS Version 4.1 Parser Status                        Ross
     - Call for vote on $2500 parser fee

     ICM 1.1 Specification and Parser Status               Green/Mirmak
     - Second Formal "Reading"

     Committee Reports
     - Quality Committee                                   Haller
     - Model Review Committee                              Green 
     - Futures Committee                                   Huq/Mirmak
     - Cookbook Committee                                  Huq/Mirmak

     S2IBIS3 Status                                        Varma/Ross 
  
     New Administrative Issues                             All 

8:45 Technical Discussion 

     BIRD94.1: Clarifications on [Diff Pin] Parameters     Muranyi

     BIRD95.5: Power Integrity Analysis Using IBIS         Huq

     BIRD97.2: Gate Modulation Effect                      Muranyi

     BIRD98: Gate Modeulation Effect (table format)        Muranyi

     IBISCHK4 BUG Status                                   Mirmak/Angulo

     ICMCHK1 BUG Status                                    Green

     New Technical Issues                                  All 

9:50 Wrap Up and Next Meeting Plans                        Mirmak 
     - June 14, 2005 DAC IBIS Summit
     - June 24, 2005 IBIS Open Forum

9:55 Sign Off 



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------------------------------

Date: Tue, 31 May 2005 11:11:19 -0700
From: Syed Huq <shuq@cisco.com>
Subject: [IBIS-Users] IBIS Summit Final Call for Papers - DAC June14th, 2005, Anaheim CA

- -----------------------------------------------------------------------
                       IBIS SUMMIT
                     FINAL CALL FOR
               PARTICIPATION & PRESENTATIONS
- -----------------------------------------------------------------------
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

              I B I S   S U M M I T   M E E T I N G

Time/Date:  Tuesday June 14, 2005,  8:00 AM to 5:00 PM

Location:   Anaheim Marriott
            700 West Convention Way
            Anaheim, California 92802-3483

Content:    Presentations and Discussions

Purpose:    Solicit and Exchange IBIS Model Related Information
            and Ideas.

Sponsors:   IBIS Open Forum
            Cadence Design Systems
	    Mentor Graphics
            
            If your company would be interested in co-sponsoring this
            event, please contact Syed Huq <shuq@cisco.com>.            

DAC:        June 13-17, 2005
            Anaheim Convention Center
            Anaheim, California

            FREE Exhibit Pass is available on Monday only.
            See <http://www.dac.com/> for more information.


BACKGROUND

    The Design Automation Conference (DAC) is the premier Electronic
    Design Automation (EDA) and silicon solution event. DAC features
    over 50 technical sessions covering the latest in design
    methodologies and EDA tool developments in addition to an exhibit
    floor, with combined booth and demo suites, showcasing over 200
    of the leading EDA, silicon and IP providers.   Topics of current
    interest to the EIA IBIS Open Forum are addressed at DAC.

    This meeting will be conducted as a formal IBIS Summit Meeting.
    Presentations are expected to be available and archived in an
    electronic format, and minutes of the meeting will be issued.
    Any pending formal decisions (votes) will be announced at least
    two weeks prior to the meeting.

    The annual election of officers will be held.  Nominations can
    be sent to Syed Huq <shuq@cisco.com> or made at the meeting.
    Current Nominees are:

    Chair - Michael Mirmak, Intel
    Vice-Chair - Syed Huq, Cisco Systems, Inc
    Secretary - Randy Wolff, Micron Techonology
    Librarian - Lance Wang, Cadence Design Systems
    Webmaster - Syed Huq, Cisco Systems, Inc
    Postmaster - Bob Ross, Teraspeed Consulting Group

CALL FOR PARTICIPANTS

   People involved in IBIS Model development, EDA tool development,
   and digital circuit design are invited to participate to the
   Summit meeting. If you plan to participate, please register with
   the information below:

   Name:
   E-mail address:
   Company:
   Telephone:

Send to:

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


CALL FOR PRESENTATIONS

   We are seeking presentations from individuals who have IBIS
   experiences or issues.

   Format of Presentation:  LCD Projection with Windows laptop.
   Time: 15-30 Minutes
   Electronic Archival: We request electronic versions so that the
         presentations can be archived and also made available to
         non-attendees.  Formats used in the past have been text,
         Power Point, Word, Postscript, and Acrobat.  Electronic
         presentations should be made available by June 7, 2004
         for uploading and copying to the presentation laptop.

If you plan a presentation, please supply

   Title:
   Presenter:
   E-mail address:
   Company:
   Telephone:

   Estimate Time:


Send this to:

  Syed Huq (shuq@cisco.com)


AGENDA

   The agenda includes presentations, discussions, breaks, and a
   luncheon (which will be provided).  This will be developed as
   presentation proposals are received.

  The following individuals have signed up to present at the summit
  (presentation titles are tentative).

 - IBIS Chair's Report, Michael Mirmak, Intel
 - Library Modeling Project at Silicon Integration Initiative (Si2),
Sumit Dasgupta, Si2
  - Multi-Gigabit SerDes Analysis using IBISv4.1/VHDL-AMS, Syed Huq/Ian
Dodd, Cisco Systems, Inc & Mentor Graphics 
  - TBD, Arpad Muranyi, Intel
  - Things you can learn from V-I curves, Todd Westerhoff, Cisco
Systems, Inc
  - BIRD95.5 and multi-buffer simulation, Zhiping Yang, Cisco Systems,
Inc
  - YourNameHere - You

LIST OF NEARBY HOTELS

   See <http://www.dac.com/41st/travel.html> for travel directions,
   hotels and other information.
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------------------------------

Date: Wed, 01 Jun 2005 05:49:29 +0000
From: "lau yy" <tok47@hotmail.com>
Subject: [IBIS-Users] maximum current flows

<html><div style='background-color:'><DIV class=RTE>
<TABLE cellSpacing=8 cellPadding=0 width="100%" align=center border=0 nowrap>
<TBODY>
<TR>
<TD>
<DIV>
<DIV>
<DIV class=RTE>Dear ALL,</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>Recently, I have faced the maximumcurrent flows warning. Do anyone know what actual the main cause?</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>I suspect is the R package/ R _pin value that is too small.&nbsp;I&nbsp;try to replace some larger value </DIV>
<DIV class=RTE>and simulate again. I found that the problems gone. Is it that mean the problem cause by the R?</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>Below are the message the shown after use ibischk3.</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>WARNING - Model 'A22': Extreme currents present in TYP GND_Clamp VI Curve <BR>(-23.94A @ -1.5V)<BR>&nbsp;WARNING - Model 'A22': Extreme currents present in MIN GND_Clamp VI Curve <BR>(-26.24A @ -1.5V)<BR>&nbsp;WARNING - Model 'A22': Extreme currents present in MAX GND_Clamp VI Curve <BR>(-22.08A @ -1.5V)<BR>&nbsp;WARNING - Model 'OEB': Extreme currents present in TYP GND_Clamp VI Curve <BR>(-15.92A @ -1.5V)<BR>&nbsp;WARNING - Model 'OEB': Extreme currents present in MIN GND_Clamp VI Curve <BR>(-17.48A @ -1.5V)<BR>&nbsp;WARNING - Model 'OEB': Extreme currents present in MAX GND_Clamp VI Curve <BR>(-14.66A @ -1.5V)<BR>&nbsp;WARNING - Model 'CLK': Extreme currents present in TYP GND_Clamp VI Curve <BR>(-3.133e+11A @ -1.5V)<BR>&nbsp;WARNING - Model 'CLK': Extreme currents present in MIN GND_Clamp VI Curve <BR>(-4.438e+10A @ -1.5V)<BR>&nbsp;WARNING - Model 'CLK': Extreme 
currents present in MAX GND_Clamp VI Curve <BR>(-3.558e+12A @ -1.5V)<BR>&nbsp;<BR>Any comments on this?</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>&nbsp;</DIV>
<DIV class=RTE>Rdgs</DIV>
<DIV class=RTE>YYLAU</DIV></DIV></DIV></TD></TR></TBODY></TABLE></DIV></div></html>

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------------------------------

Date: Wed, 1 Jun 2005 11:37:30 +0530
From: <nilimp.vipul@wipro.com>
Subject: RE: [IBIS-Users] maximum current flows

This is a multi-part message in MIME format.

- ------_=_NextPart_001_01C56670.320F4E41
Content-Type: text/plain;
	charset="us-ascii"
Content-Transfer-Encoding: quoted-printable


Hello yylau,
=0D
I think the problem can be resolved by doing the folowing:
1)In your s2i file check out for the name of your output buffer under
the pins header.=0D
for eg.=0D
[Pin]
1 dout dout output
In this case the output buffer name is "dout"
=0D
2)Once you know this,you then open the netlist.sp and add the following
statement :
=0D
rohm dout dout_pad 2.0
=0D
What this statement does is that it will insert a resistance of 2.0ohms
between your old output buffer "dout" and your new output buffer named
"dout_pad"
This will help you reduce the high currents you are getting and should
eliminate all the errors during ibischk.
=0D
3)After making this change in the netlist.sp go back to the s2i file and
change the name of the output buffer to dout_pad as this is your new
output buffer.
4)You can now run the s2ibis script.
=0D
The value of the resistance can be adjusted till you get the desired
result.
=0D
=0D
Hope this helps.
=0D
regards,
Nilimp Bhatt
________________________________

From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org] On
Behalf Of lau yy
Sent: Wednesday, June 01, 2005 11:19 AM
To: ibis-users@eda.org
Subject: [IBIS-Users] maximum current flows


Dear ALL,
=0D
Recently, I have faced the maximumcurrent flows warning. Do anyone know
what actual the main cause?
=0D
I suspect is the R package/ R _pin value that is too small. I try to
replace some larger value=0D
and simulate again. I found that the problems gone. Is it that mean the
problem cause by the R?
=0D
Below are the message the shown after use ibischk3.
=0D
WARNING - Model 'A22': Extreme currents present in TYP GND_Clamp VI
Curve=0D
(-23.94A @ -1.5V)
 WARNING - Model 'A22': Extreme currents present in MIN GND_Clamp VI
Curve=0D
(-26.24A @ -1.5V)
 WARNING - Model 'A22': Extreme currents present in MAX GND_Clamp VI
Curve=0D
(-22.08A @ -1.5V)
 WARNING - Model 'OEB': Extreme currents present in TYP GND_Clamp VI
Curve=0D
(-15.92A @ -1.5V)
 WARNING - Model 'OEB': Extreme currents present in MIN GND_Clamp VI
Curve=0D
(-17.48A @ -1.5V)
 WARNING - Model 'OEB': Extreme currents present in MAX GND_Clamp VI
Curve=0D
(-14.66A @ -1.5V)
 WARNING - Model 'CLK': Extreme currents present in TYP GND_Clamp VI
Curve=0D
(-3.133e+11A @ -1.5V)
 WARNING - Model 'CLK': Extreme currents present in MIN GND_Clamp VI
Curve=0D
(-4.438e+10A @ -1.5V)
 WARNING - Model 'CLK': Extreme currents present in MAX GND_Clamp VI
Curve=0D
(-3.558e+12A @ -1.5V)
=0D
Any comments on this?
=0D
=0D
Rdgs
YYLAU
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http://www.eda.org/pub/ibis/email/ E-mail since 1993=0D





Confidentiality Notice=0D

The information contained in this electronic message and any attachments to=
 this message are intended
for the exclusive use of the addressee(s) and may contain confidential or=
 privileged information. If
you are not the intended recipient, please notify the sender at Wipro or=
 Mailadmin@wipro.com immediately
and destroy all copies of this message and any attachments.
- ------_=_NextPart_001_01C56670.320F4E41
Content-Type: text/html;
	charset="us-ascii"
Content-Transfer-Encoding: quoted-printable

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML><HEAD>
<META http-equiv=3DContent-Type content=3D"text/html; charset=3Dus-ascii">
<META content=3D"MSHTML 6.00.2800.1498" name=3DGENERATOR></HEAD>
<BODY>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>Hello yylau,</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>I think the problem can be resolved by doing the=
=0D
folowing:</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>1)In your s2i file check out for the name of=
 your=0D
output buffer&nbsp;under the pins header. </SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT><SPAN class=3D385415305-01062005><FONT=
 face=3DArial=0D
color=3D#0000ff size=3D2>for eg. </FONT></SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT><SPAN class=3D385415305-01062005><FONT=
 face=3DArial=0D
color=3D#0000ff size=3D2>[Pin]</FONT></SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT><SPAN class=3D385415305-01062005><FONT=
 face=3DArial=0D
color=3D#0000ff size=3D2>1&nbsp;<SPAN=0D
class=3D385415305-01062005>dout</SPAN>&nbsp;<SPAN=0D
class=3D385415305-01062005>dout</SPAN> output</FONT></SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>In this case the output buffer name is=0D
"dout"</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>2)Once you know this,you then open&nbsp;the=
 netlist.sp=0D
and add&nbsp;the following statement :</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>rohm dout dout_pad 2.0</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>What this statement&nbsp;does is that it will=
 insert a=0D
resistance of 2.0ohms between your old&nbsp;output buffer "dout" and your=
 new=0D
output buffer named "dout_pad"</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>This will help you reduce the high currents you=
 are=0D
getting&nbsp;and should eliminate all the errors during=0D
ibischk.</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>3)After making this change in the netlist.sp go=
 back to=0D
the s2i file and change the name of the output buffer to dout_pad as this=
 is=0D
your new output buffer.</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>4)You can now run the s2ibis=0D
script.</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>The value of the resistance can be adjusted till=
 you=0D
get the desired result.</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005></SPAN></FONT>&nbsp;</DIV>
<DIV dir=3Dltr align=3Dleft><FONT face=3DArial color=3D#0000ff size=
=3D2><SPAN=0D
class=3D385415305-01062005>Hope this helps.</SPAN></FONT></DIV>
<DIV dir=3Dltr align=3Dleft><FONT><SPAN class=3D385415305-01062005><FONT=
 face=3DArial=0D
color=3D#0000ff size=3D2></FONT>&nbsp;</DIV></SPAN></FONT>
<DIV dir=3Dltr align=3Dleft><SPAN class=3D385415305-01062005><FONT face=
=3DArial=0D
color=3D#0000ff size=3D2>regards,</FONT></SPAN></DIV>
<DIV align=3Dleft><FONT face=3DArial color=3D#0080ff size=3D2>Nilimp=
 Bhatt</FONT></DIV>
<DIV class=3DOutlookMessageHeader lang=3Den-us dir=3Dltr align=3Dleft>
<HR tabIndex=3D-1>
<FONT face=3DTahoma size=3D2><B>From:</B> owner-ibis-users@eda.org=0D
[mailto:owner-ibis-users@eda.org] <B>On Behalf Of </B>lau=
 yy<BR><B>Sent:</B>=0D
Wednesday, June 01, 2005 11:19 AM<BR><B>To:</B>=0D
ibis-users@eda.org<BR><B>Subject:</B> [IBIS-Users] maximum current=0D
flows<BR></FONT><BR></DIV>
<DIV></DIV>
<DIV>
<DIV class=3DRTE>
<TABLE cellSpacing=3D8 cellPadding=3D0 width=3D"100%" align=3Dcenter border=
=3D0 nowrap>
  <TBODY>
  <TR>
    <TD>
      <DIV>
      <DIV>
      <DIV class=3DRTE>Dear ALL,</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>Recently, I have faced the maximumcurrent flows=
 warning. Do=0D
      anyone know what actual the main cause?</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>I suspect is the R package/ R _pin value that is too=
=0D
      small.&nbsp;I&nbsp;try to replace some larger value </DIV>
      <DIV class=3DRTE>and simulate again. I found that the problems gone.=
 Is it=0D
      that mean the problem cause by the R?</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>Below are the message the shown after use=
 ibischk3.</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>WARNING - Model 'A22': Extreme currents present in=
 TYP=0D
      GND_Clamp VI Curve <BR>(-23.94A @ -1.5V)<BR>&nbsp;WARNING - Model=
 'A22':=0D
      Extreme currents present in MIN GND_Clamp VI Curve <BR>(-26.24A @=0D
      -1.5V)<BR>&nbsp;WARNING - Model 'A22': Extreme currents present in=
 MAX=0D
      GND_Clamp VI Curve <BR>(-22.08A @ -1.5V)<BR>&nbsp;WARNING - Model=
 'OEB':=0D
      Extreme currents present in TYP GND_Clamp VI Curve <BR>(-15.92A @=0D
      -1.5V)<BR>&nbsp;WARNING - Model 'OEB': Extreme currents present in=
 MIN=0D
      GND_Clamp VI Curve <BR>(-17.48A @ -1.5V)<BR>&nbsp;WARNING - Model=
 'OEB':=0D
      Extreme currents present in MAX GND_Clamp VI Curve <BR>(-14.66A @=0D
      -1.5V)<BR>&nbsp;WARNING - Model 'CLK': Extreme currents present in=
 TYP=0D
      GND_Clamp VI Curve <BR>(-3.133e+11A @ -1.5V)<BR>&nbsp;WARNING - Model=
=0D
      'CLK': Extreme currents present in MIN GND_Clamp VI Curve=
 <BR>(-4.438e+10A=0D
      @ -1.5V)<BR>&nbsp;WARNING - Model 'CLK': Extreme currents present in=
 MAX=0D
      GND_Clamp VI Curve <BR>(-3.558e+12A @ -1.5V)<BR>&nbsp;<BR>Any=
 comments on=0D
      this?</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>&nbsp;</DIV>
      <DIV class=3DRTE>Rdgs</DIV>
      <DIV=0D
class=
=3DRTE>YYLAU</DIV></DIV></DIV></TD></TR></TBODY></TABLE></DIV></DIV>|------=
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------------------------------

Date: Wed, 1 Jun 2005 09:55:54 -0400
From: "Andrew Ingraham" <a.ingraham@ieee.org>
Subject: [IBIS-Users] Re: maximum current flows

This is a multi-part message in MIME format.

- ------=_NextPart_000_0132_01C56690.19ECCBC0
Content-Type: text/plain;
	charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable

It is unlikely that the silicon of your chip is actually capable of =
sourcing that much current.  26 amps is a lot.  3 tera-amps is =
impossible.

More likely, you created this IBIS model from SPICE, and your SPICE =
models are the problem.  Your SPICE models give unrealistically large =
currents, probably in the clamp diodes.

It is not that uncommon to find SPICE models where the diodes do not =
include any series resistance.  I'll bet that's what's wrong with your =
SPICE model.  All diodes have some resistance.

Don't fix your problem by blindly adding package resistance.  Find out =
where the model is wrong (clamp diodes, transistor models, a scale =
factor mistake, package resistance, etc.), and then go about fixing it.  =
Fix what's wrong; but don't stick on a "band-aid" that happens to make =
the warnings go away.  If you have a package resistance you thought was =
OK, don't change it unless you can prove the resistance was wrong.

Regards,
Andy


- ------=_NextPart_000_0132_01C56690.19ECCBC0
Content-Type: text/html;
	charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML><HEAD>
<META http-equiv=3DContent-Type content=3D"text/html; =
charset=3Dwindows-1252">
<META content=3D"MSHTML 6.00.2800.1491" name=3DGENERATOR>
<STYLE></STYLE>
</HEAD>
<BODY bgColor=3D#ffffff>
<DIV><FONT face=3DArial size=3D2>
<DIV><FONT face=3DArial size=3D2>It is unlikely that the&nbsp;silicon of =
your chip=20
is actually capable of sourcing&nbsp;</FONT><FONT face=3DArial =
size=3D2>that much=20
current.&nbsp; 26 amps is a lot.&nbsp; 3 tera-amps is =
impossible.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>More likely, you created this IBIS =
model from=20
SPICE, and your SPICE models are the problem.&nbsp;&nbsp;Your SPICE=20
models&nbsp;give unrealistically large currents, probably in the clamp=20
diodes.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>It is not that uncommon to find SPICE =
models where=20
the diodes do not include any series resistance.&nbsp; I'll bet that's =
what's=20
wrong with your SPICE model.&nbsp; </FONT><FONT face=3DArial =
size=3D2>All diodes=20
have some resistance.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Don't fix your problem by&nbsp;blindly=20
adding&nbsp;package resistance.&nbsp; Find out where the model is wrong =
(clamp=20
diodes, transistor models, a scale factor mistake, package resistance, =
etc.),=20
and then go about fixing it.&nbsp; Fix what's wrong; but don't stick on =
a=20
"band-aid" that happens to make the warnings go away.&nbsp; If you have =
a=20
package resistance you thought was OK, don't change it unless you =
can&nbsp;prove=20
the resistance was wrong.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Regards,</FONT></DIV>
<DIV><FONT face=3DArial size=3D2>Andy</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV>&nbsp;</DIV></FONT></DIV></BODY></HTML>

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------------------------------

Date: Fri, 3 Jun 2005 01:05:03 -0500 (CDT)
From: CW - Doran David <davidd@taec.toshiba.com>
Subject: [IBIS-Users] question regarding LVDS buffer validation

- --Unkindness_of_Ravens_675_000
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Hello experts,

I just made a model for a LVDS driver, attached below.

Driver has data input "D" and two outputs :

P is non-inverting

N is inverting

I'm trying to validate the model by simulating it together with 
Spice netlist of the model.  Red line is netlist;  white line is
IBIS model.

As you can see, the first transition is an excellent match
but 2nd one has a delay.

1st plot or the "P" signals shows good match on L-H transition
but IBIS model is too fast on H-L transition

2nd plot or the "N" signals shows good match on H-L transition
but IBIS model is too fast on L-H transition.

Since the problem is symmetric, I thought maybe someone can 
tell me why this occurs.  I don't understand why 1st transition 
is very good match but 2nd is too early for IBIS (white signal).

Any hints appreciated.  Model attached, and passed the 4.1 parser
except for warnings on the DC load line (waveforms vs. IV data).

Thanks!


- --Unkindness_of_Ravens_675_000
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Content-Type: TEXT/plain; name="zelv16tx1.ibs"; charset=us-ascii; x-unix-mode=0644
Content-Description: zelv16tx1.ibs
Content-MD5: maOZZvN0Mc4Fw8+OysnKGA==

|************************************************************************
|  * ZELV16TX1.ibs *  IBIS Model for LVDS Driver (TC280) 
|************************************************************************
|
| Copyright 2005 Toshiba America Electronic Components Inc. (TAEC) All
| rights reserved except those specifically granted below.  You may
| REPRODUCE this IBIS model as reasonably necessary to make bona-fide 
| backup copies.  You may not prepare DERIVATIVE WORKS from this IBIS model. 
| You may not DISTRIBUTE this IBIS model.  These rights are granted to you, 
| and you may grant 100% of these rights to another party, in which case
| they would have 100% of these rights and you would retain none of these 
| rights.  This is a grant of Toshiba America Electronic Components Inc. 
| copyright rights under U.S. USC 106A and requires no acceptance on your part.
|
[IBIS ver]       3.2
[File name]      zelv16tx1.ibs
[File Rev]       1.0
[Date]           June 3, 2005 
|
[Source]         HSPICE Simulations using HSPICE version W-2004.09, 
                 Generated by: TOSHIBA DALLAS DESIGN CENTER
|
[Notes]          Based on Toshiba 0.11um CMOS LVDS TX1 Driver. 
                 Package parasitics included.
                 Includes two rising & two falling waveforms for each
                 P & N output model.
                 Passes IBIS Checker V4.1.1.
|
[Disclaimer]     THIS IBIS MODEL HAS BEEN CREATED BY HSPICE SIMULATIONS.
                 THESE IBIS MODELS ARE PROVIDED "AS IS" WITH NO WARRANTY 
                 WHATSOEVER AND TAEC SPECIFICALLY DISCLAIMS ANY IMPLIED 
                 WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR 
                 PURPOSE,OR AGAINST INFRINGEMENT.
| 
[Copyright]      Copyright 2005 Toshiba America Electronic Components Inc.
|
|************************************************************************
|                            Component DDP3020
|************************************************************************
|
[Component]      DDP3020
[Manufacturer]   Toshiba America Electronic Components
[Package]
| variable      typ       min       max 
|              -------   -------   -------
R_pkg          0.148     0.113     0.182
L_pkg          4.571n    3.506n    5.636n
C_pkg          1.138p    0.873p    1.403p
|
[Pin]  signal_name     model_name    R_pin  L_pin  C_pin
|----  -----------     ----------    -----  -----  -----      
P      OUT_P             TX1P
N      OUT_N             TX1N
VDD    VDD               POWER
VSS    VSS               GND
|
[Diff Pin] inv_pin   vdiff     tdelay_typ  tdelay_min  tdelay_max
|--------- -------   -----     ----------  ----------  ----------
P            N       0.20V     -0.031ns     0.000ns     -0.044ns
|
| Note: "tdelay_*" contain launch delays of the non-inverting pins 
|        relative to the inverting pins (delayP - delayN).   The
|        values can be of either polarity.
|
|************************************************************************
|                             Model TX1P
|************************************************************************
|
[Model]          TX1P
Model_type       Output
Polarity         Non-Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
Cref  =  0.000pF
C_comp           2.5730pF            2.5490pF            2.6100pF
|
[Temperature Range]       25.0000             125.000            -40.000
[Voltage Range]           1.5000V             1.4000V             1.6000V
|
[Pulldown] 
|    Voltage           I(typ)          I(min)          I(max)
|    -----------     -----------     -----------     ----------
      -1.500000     -181.739234m    -124.836335m   -417.503739m
      -1.454545     -143.704616m    -107.366577m   -353.262384m
      -1.409091     -121.580683m     -98.021669m   -291.979805m
      -1.363636     -109.983428m     -92.665916m   -233.015491m
      -1.318182     -102.407228m     -88.417527m   -183.183224m
      -1.272727      -98.852081m     -85.276503m   -142.483005m
      -1.227273      -95.493824m     -82.233711m   -117.536158m
      -1.181818      -92.332455m     -79.289150m   -108.342682m
      -1.136364      -89.168232m     -76.359212m   -101.989568m
      -1.090909      -86.001155m     -73.443896m    -98.476816m
      -1.045455      -82.826515m     -70.539890m    -94.995350m
      -1.000000      -79.644311m     -67.647193m    -91.545171m
    -954.545455m     -76.456415m     -64.768405m    -88.073537m
    -909.090909m     -73.262826m     -61.903528m    -84.580448m
    -863.636364m     -70.066081m     -59.055582m    -81.065661m
    -818.181818m     -66.866178m     -56.224569m    -77.529174m
    -772.727273m     -63.666490m     -53.413804m    -73.972438m
    -727.272727m     -60.467018m     -50.623289m    -70.395452m
    -681.818182m     -57.272292m     -47.856903m    -66.801300m
    -636.363636m     -54.082312m     -45.114646m    -63.189982m
    -590.909091m     -50.903142m     -42.401287m    -59.566709m
    -545.454545m     -47.734782m     -39.716827m    -55.931482m
    -500.000000m     -44.585388m     -37.067381m    -52.292362m
    -454.545455m     -41.454962m     -34.452948m    -48.649350m
    -409.090909m     -38.354699m     -31.881743m    -45.014683m
    -363.636364m     -35.284602m     -29.353765m    -41.388363m
    -318.181818m     -32.260683m     -26.880735m    -37.789391m
    -272.727273m     -29.282942m     -24.462651m    -34.217768m
    -227.272727m     -26.375939m     -22.117605m    -30.704769m
    -181.818182m     -23.539674m     -19.845597m    -27.250393m
    -136.363636m     -20.816293m     -17.677455m    -23.911809m
     -90.909091m     -18.205796m     -15.613179m    -20.689017m
     -45.454545m     -15.790963m     -13.709089m    -17.703841m
       0.000000      -13.571794m     -11.965185m    -14.956281m
      45.454545m     -11.623163m     -10.403346m    -12.612306m
      90.909091m      -9.945070m      -9.023573m    -10.671915m
     136.363636m      -8.585123m      -7.834852m     -9.210590m
     181.818182m      -7.543321m      -6.837182m     -8.228331m
     227.272727m      -6.720416m      -6.020036m     -7.441497m
     272.727273m      -6.116409m      -5.383413m     -6.850087m
     318.181818m      -5.559182m      -4.822449m     -6.284714m
     363.636364m      -5.048734m      -4.337145m     -5.745376m
     409.090909m      -4.547630m      -3.866992m     -5.211697m
     454.545455m      -4.055871m      -3.411989m     -4.683676m
     500.000000m      -3.568061m      -2.958176m     -4.158034m
     545.454545m      -3.084201m      -2.505554m     -3.634770m
     590.909091m      -2.601204m      -2.039742m     -3.113359m
     636.363636m      -2.119069m      -1.560739m     -2.593800m
     681.818182m      -1.624473m      -1.038762m     -2.075419m
     727.272727m      -1.117417m    -473.811404u     -1.558215m
     772.727273m    -549.312460u     161.739617u     -1.031341m
     818.181818m      79.839111u     867.890881u   -494.795724u
     863.636364m     836.090773u       1.607738m    116.278087u
     909.090909m       1.719443m       2.381281m    801.880915u
     954.545455m       2.654153m       3.109617m      1.688686m
       1.000000        3.640222m       3.792744m      2.776694m
       1.045455        4.521305m       4.410099m      3.941969m
       1.090909        5.297402m       4.961681m      5.184511m
       1.136364        5.970116m       5.473212m      6.238560m
       1.181818        6.539448m       5.944691m      7.104116m
       1.227273        7.067868m       6.397066m      7.828597m
       1.272727        7.555374m       6.830338m      8.412001m
       1.318182        8.030463m       7.254734m      8.957002m
       1.363636        8.493134m       7.670254m      9.463600m
       1.409091        8.947368m       8.081638m      9.963435m
       1.454545        9.393165m       8.488885m     10.456508m
       1.500000        9.831746m       8.894375m     10.947056m
       1.545455       10.263112m       9.298108m     11.435080m
       1.590909       10.690754m       9.701743m     11.914445m
       1.636364       11.114671m      10.105281m     12.385152m
       1.681818       11.537369m      10.513078m     12.844838m
       1.727273       11.958848m      10.925133m     13.293505m
       1.772727       12.382479m      11.365482m     13.737130m
       1.818182       12.808263m      11.834125m     14.175713m
       1.863636       13.262304m      12.427859m     14.616008m
       1.909091       13.744602m      13.146685m     15.058014m
       1.954545       14.409526m      14.132849m     15.552881m
       2.000000       15.257074m      15.386350m     16.100609m
       2.045455       16.530292m      16.896012m     17.029232m
       2.090909       18.229181m      18.661834m     18.338751m
       2.136364       20.288930m      20.577566m     20.364739m
       2.181818       22.709538m      22.643208m     23.107198m
       2.227273       25.323694m      24.792064m     26.301675m
       2.272727       28.131397m      27.024133m     29.948170m
       2.318182       31.051642m      29.312540m     33.799287m
       2.363636       34.084428m      31.657283m     37.855025m
       2.409091       37.194496m      34.058657m     42.015777m
       2.454545       40.381848m      36.516662m     46.281541m
       2.500000       43.642112m      39.020625m     50.604477m
       2.545455       46.975287m      41.570546m     54.984586m
       2.590909       50.361668m      44.200554m     59.415155m
       2.636364       53.801254m      46.910649m     63.896185m
       2.681818       57.305982m      50.138203m     68.604102m
       2.727273       60.875851m      53.883218m     73.538907m
       2.772727       65.150906m      60.258605m     81.692915m
       2.818182       70.131147m      69.264366m     93.066124m
       2.863636       79.031422m      81.963761m    108.973124m
       2.909091       91.851730m      98.356791m    129.413914m
       2.954545      107.988686m     116.587808m    151.238228m
       3.000000      127.442289m     136.656814m    174.446064m
|
[Pullup]
|    Voltage           I(typ)          I(min)          I(max)
|    -----------     -----------     -----------     ----------
      -1.500000      168.783603m     132.398636m    263.733910m
      -1.454545      152.602635m     120.112452m    240.024246m
      -1.409091      141.506833m     111.768277m    217.229048m
      -1.363636      133.939706m     105.840257m    195.148147m
      -1.318182      128.087837m     101.019270m    175.792221m
      -1.272727      123.951226m      97.305317m    159.161270m
      -1.227273      119.909721m      93.757122m    147.534773m
      -1.181818      115.963322m      90.374687m    140.912730m
      -1.136364      112.000401m      87.024104m    135.353703m
      -1.090909      108.020957m      83.705373m    130.857692m
      -1.045455      104.031565m      80.400174m    126.355697m
      -1.000000      100.032223m      77.108507m    121.847720m
    -954.545455m      96.012864m      73.823041m    117.284651m
    -909.090909m      91.973487m      70.543776m    112.666488m
    -863.636364m      87.913527m      67.267706m    107.994417m
    -818.181818m      83.832984m      63.994833m    103.268437m
    -772.727273m      79.734626m      60.726934m     98.489779m
    -727.272727m      75.618455m      57.464009m     93.658442m
    -681.818182m      71.487558m      54.208531m     88.767616m
    -636.363636m      67.341937m      50.960501m     83.817302m
    -590.909091m      63.183636m      47.723007m     78.797602m
    -545.454545m      59.012657m      44.496048m     73.708518m
    -500.000000m      54.824735m      41.282732m     68.570148m
    -454.545455m      50.619871m      38.083059m     63.382493m
    -409.090909m      46.395887m      34.897487m     58.130052m
    -363.636364m      42.152782m      31.726018m     52.812825m
    -318.181818m      37.878773m      28.561649m     47.369791m
    -272.727273m      33.573860m      25.404380m     41.800951m
    -227.272727m      29.196133m      22.234879m     36.159189m
    -181.818182m      24.745591m      19.053145m     30.397553m
    -136.363636m      20.264473m      15.851980m     24.604766m
     -90.909091m      15.752777m      12.631384m     18.825088m
     -45.454545m      11.293043m       9.442715m     13.051030m
       0.000000        6.885269m       6.285973m      7.358366m
      45.454545m       2.678916m       3.269715m      1.929164m
      90.909091m      -1.326017m     393.942344u     -3.325815m
     136.363636m      -5.064797m      -2.268685m     -8.195161m
     181.818182m      -8.537423m      -4.718167m    -13.021658m
     227.272727m     -11.813183m      -6.961636m    -17.539023m
     272.727273m     -14.892077m      -8.999094m    -22.022041m
     318.181818m     -17.796925m     -10.876347m    -26.189739m
     363.636364m     -20.527726m     -12.593396m    -30.322401m
     409.090909m     -23.079125m     -14.165230m    -34.117786m
     454.545455m     -25.451122m     -15.591848m    -37.875696m
     500.000000m     -27.640510m     -16.879633m    -41.276661m
     545.454545m     -29.647289m     -18.028585m    -44.637966m
     590.909091m     -31.477961m     -19.057103m    -47.629303m
     636.363636m     -33.132526m     -19.965186m    -50.579532m
     681.818182m     -34.636136m     -20.794560m    -53.162156m
     727.272727m     -35.988789m     -21.545225m    -55.703936m
     772.727273m     -37.242548m     -22.260660m    -57.910498m
     818.181818m     -38.397413m     -22.940865m    -60.079815m
     863.636364m     -39.503964m     -23.602705m    -61.993618m
     909.090909m     -40.562200m     -24.246180m    -63.879030m
     954.545455m     -41.587729m     -24.878230m    -65.611484m
       1.000000      -42.580549m     -25.498855m    -67.326942m
       1.045455      -43.547580m     -26.112306m    -68.929895m
       1.090909      -44.488821m     -26.718581m    -70.520348m
       1.136364      -45.410410m     -27.320198m    -72.013784m
       1.181818      -46.312347m     -27.917156m    -73.496440m
       1.227273      -47.199299m     -28.510971m    -74.900285m
       1.272727      -48.071267m     -29.101643m    -76.295374m
       1.318182      -48.931645m     -29.690139m    -77.627770m
       1.363636      -49.780433m     -30.276460m    -78.953201m
       1.409091      -50.620120m     -30.861660m    -80.228645m
       1.454545      -51.450706m     -31.445740m    -81.498534m
       1.500000      -52.274198m     -32.029475m    -82.728218m
       1.545455      -53.090597m     -32.612864m    -83.953435m
       1.590909      -53.901487m     -33.195965m    -85.146028m
       1.636364      -54.706870m     -33.778776m    -86.334996m
       1.681818      -55.507627m     -34.362611m    -87.497394m
       1.727273      -56.303758m     -34.947471m    -88.656840m
       1.772727      -57.096637m     -35.541067m    -89.794110m
       1.818182      -57.886265m     -36.143397m    -90.928916m
       1.863636      -58.680202m     -36.791540m    -92.045552m
       1.909091      -59.478450m     -37.485496m    -93.160170m
       1.954545      -60.335650m     -38.338676m    -94.269324m
       2.000000      -61.251801m     -39.351082m    -95.377870m
       2.045455      -62.435273m     -40.636266m    -96.608056m
       2.090909      -63.886066m     -42.194230m    -97.851756m
       2.136364      -65.740329m     -43.969610m    -99.839502m
       2.181818      -67.998063m     -45.962407m   -101.909919m
       2.227273      -70.476641m     -48.052809m   -105.018324m
       2.272727      -73.176064m     -50.240816m   -108.242061m
       2.318182      -75.944218m     -52.463481m   -111.852200m
       2.363636      -78.781103m     -54.720804m   -115.505273m
       2.409091      -81.641139m     -56.995139m   -119.207438m
       2.454545      -84.524323m     -59.286486m   -122.915058m
       2.500000      -87.420224m     -61.593277m   -126.607528m
       2.545455      -90.328842m     -63.915512m   -130.298314m
       2.590909      -93.246096m     -66.265344m   -133.964015m
       2.636364      -96.171987m     -68.642774m   -137.626929m
       2.681818      -99.110743m     -71.203138m   -141.278077m
       2.727273     -102.062363m     -73.946435m   -144.927916m
       2.772727     -105.258109m     -78.563772m   -149.784627m
       2.818182     -108.697981m     -85.055148m   -154.775435m
       2.863636     -116.617252m    -100.431562m   -179.599373m
       2.909091     -129.015922m    -124.693012m   -206.626993m
       2.954545     -154.027580m    -158.807779m   -258.295814m
       3.000000     -191.652227m    -202.775863m   -312.702547m
| 
[Ramp]
| variable         typ                 min              max
| --------      --------------     --------------   ----------------
dV/dt_r          0.3083/90.48p     0.2482/116.11p   0.3622/64.78p   
dV/dt_f          0.1825/68.01p     0.1620/99.95p    0.2334/59.54p  
R_load = 100.0000
|
[Rising Waveform] 
|  --- P ---
R_fixture     =100.000  
V_fixture     = 1.5000
V_fixture_min = 1.4000
V_fixture_max = 1.6000
|   time          V(typ)       V(min)        V(max)
| -----------   ---------     ---------     --------
    0.000000      1.044829    1.009311     1.086518 
   20.000000p     1.044829    1.009311     1.086518 
   40.000000p     1.044829    1.009311     1.086518 
   60.000000p     1.044829    1.009311     1.086518 
   80.000000p     1.044829    1.009311     1.086518 
  100.000000p     1.044829    1.009311     1.086518 
  120.000000p     1.044829    1.009311     1.086518 
  140.000000p     1.044829    1.009311     1.086518 
  160.000000p     1.044829    1.009311     1.086518 
  180.000000p     1.044829    1.009311     1.086518 
  200.000000p     1.044829    1.009311     1.086516 
  220.000000p     1.044829    1.009311     1.086526 
  240.000000p     1.044829    1.009311     1.086460 
  260.000000p     1.044828    1.009311     1.086510 
  280.000000p     1.044834    1.009311     1.086755 
  300.000000p     1.044841    1.009311     1.088159 
  320.000000p     1.044820    1.009311     1.084188 
  340.000000p     1.044784    1.009310     1.102803 
  360.000000p     1.044800    1.009311     1.168851 
  380.000000p     1.045315    1.009315     1.255852 
  400.000000p     1.046075    1.009324     1.360376 
  420.000000p     1.041807    1.009338     1.463282 
  440.000000p     1.037036    1.009310     1.518764 
  460.000000p     1.056076    1.009267     1.540470 
  480.000000p     1.102575    1.009241     1.550265 
  500.000000p     1.164803    1.009283     1.551488 
  520.000000p     1.235016    1.009481     1.552169 
  540.000000p     1.306606    1.010110     1.552459 
  560.000000p     1.369774    1.010321     1.553055 
  580.000000p     1.406933    1.008432     1.553871 
  600.000000p     1.429226    1.003770     1.554704 
  620.000000p     1.437305  997.778344m    1.555551 
  640.000000p     1.441616  999.880287m    1.556317 
  660.000000p     1.442702    1.017222     1.557026 
  680.000000p     1.442933    1.047298     1.557644 
  700.000000p     1.443511    1.086076     1.558196 
  720.000000p     1.444181    1.130444     1.558644 
  740.000000p     1.445173    1.176843     1.559016 
  760.000000p     1.446251    1.224037     1.559326 
  780.000000p     1.447337    1.263116     1.559591 
  800.000000p     1.448427    1.298584     1.559799 
  820.000000p     1.449417    1.318809     1.559964 
  840.000000p     1.450380    1.328807     1.560103 
  860.000000p     1.451168    1.335576     1.560221 
  880.000000p     1.451910    1.336637     1.560311 
  900.000000p     1.452507    1.337458     1.560381 
  920.000000p     1.453066    1.336761     1.560441 
  940.000000p     1.453482    1.336135     1.560494 
  960.000000p     1.453861    1.335957     1.560533 
  980.000000p     1.454152    1.335875     1.560562 
    1.000000n     1.454420    1.336398     1.560589 
    1.020000n     1.454609    1.336977     1.560614 
    1.040000n     1.454775    1.337918     1.560631 
    1.060000n     1.454905    1.338874     1.560643 
    1.080000n     1.455024    1.339924     1.560655 
    1.100000n     1.455104    1.340968     1.560667 
    1.120000n     1.455174    1.341968     1.560674 
    1.140000n     1.455232    1.342947     1.560677 
    1.160000n     1.455287    1.343793     1.560682 
    1.180000n     1.455323    1.344617     1.560688 
    1.200000n     1.455353    1.345297     1.560690 
    1.220000n     1.455383    1.345953     1.560689 
    1.240000n     1.455412    1.346460     1.560690 
    1.260000n     1.455429    1.346948     1.560693 
    1.280000n     1.455443    1.347319     1.560692 
    1.300000n     1.455461    1.347674     1.560690 
    1.320000n     1.455478    1.347927     1.560689 
    1.340000n     1.455487    1.348170     1.560690 
    1.360000n     1.455494    1.348345     1.560688 
    1.380000n     1.455504    1.348511     1.560685 
    1.400000n     1.455516    1.348622     1.560684 
    1.420000n     1.455520    1.348728     1.560684 
    1.440000n     1.455523    1.348804     1.560682 
    1.460000n     1.455529    1.348876     1.560679 
    1.480000n     1.455537    1.348922     1.560677 
    1.500000n     1.455539    1.348966     1.560676 
    1.520000n     1.455539    1.349000     1.560674 
    1.540000n     1.455544    1.349032     1.560672 
    1.560000n     1.455549    1.349052     1.560670 
    1.580000n     1.455550    1.349072     1.560669 
    1.600000n     1.455549    1.349090     1.560667 
    1.620000n     1.455552    1.349108     1.560665 
    1.640000n     1.455556    1.349118     1.560664 
    1.660000n     1.455556    1.349129     1.560663 
    1.680000n     1.455554    1.349141     1.560661 
    1.700000n     1.455557    1.349152     1.560660 
    1.720000n     1.455560    1.349159     1.560658 
    1.740000n     1.455560    1.349166     1.560658 
    1.760000n     1.455558    1.349175     1.560656 
    1.780000n     1.455560    1.349183     1.560655 
    1.800000n     1.455563    1.349187     1.560654 
    1.820000n     1.455563    1.349192     1.560654 
    1.840000n     1.455562    1.349198     1.560653 
    1.860000n     1.455563    1.349204     1.560652 
    1.880000n     1.455566    1.349207     1.560651 
    1.900000n     1.455566    1.349210     1.560651 
    1.920000n     1.455565    1.349215     1.560650 
    1.940000n     1.455567    1.349219     1.560649 
    1.960000n     1.455569    1.349221     1.560649 
    1.980000n     1.455569    1.349223     1.560649 
|
[Rising Waveform] 
|  --- P ---
R_fixture     =100.000  
V_fixture     = 0.9250
V_fixture_min = 0.9250
V_fixture_max = 0.9250
|   time          V(typ)       V(min)        V(max)
| -----------   ---------     ---------     --------
    0.000000    848.497858m    818.060734m    870.434332m  
   20.000000p   848.497861m    818.060736m    870.434335m  
   40.000000p   848.497857m    818.060733m    870.434330m  
   60.000000p   848.497855m    818.060730m    870.434329m  
   80.000000p   848.497856m    818.060732m    870.434331m  
  100.000000p   848.497855m    818.060732m    870.434329m  
  120.000000p   848.497853m    818.060730m    870.434326m  
  140.000000p   848.497850m    818.060728m    870.434334m  
  160.000000p   848.497851m    818.060727m    870.434418m  
  180.000000p   848.497898m    818.060726m    870.434231m  
  200.000000p   848.497931m    818.060730m    870.432621m  
  220.000000p   848.497771m    818.060765m    870.442496m  
  240.000000p   848.497214m    818.060794m    870.372149m  
  260.000000p   848.496585m    818.060712m    870.430425m  
  280.000000p   848.501748m    818.060643m    870.610238m  
  300.000000p   848.509080m    818.060548m    871.932077m  
  320.000000p   848.489948m    818.060185m    868.603215m  
  340.000000p   848.460364m    818.059719m    875.125209m  
  360.000000p   848.465350m    818.060305m    915.479653m  
  380.000000p   848.914035m    818.063601m    980.214365m  
  400.000000p   849.784512m    818.073285m      1.082543   
  420.000000p   846.254405m    818.088126m      1.206059   
  440.000000p   840.915794m    818.062512m      1.323321   
  460.000000p   853.829540m    818.021784m      1.390213   
  480.000000p   886.920456m    817.995333m      1.437910   
  500.000000p   929.196776m    818.027104m      1.454430   
  520.000000p   981.907284m    818.198230m      1.466534   
  540.000000p     1.049402     818.801516m      1.470393   
  560.000000p     1.123983     819.099072m      1.473960   
  580.000000p     1.193896     817.522447m      1.476980   
  600.000000p     1.252421     813.326947m      1.479631   
  620.000000p     1.288415     807.535469m      1.481591   
  640.000000p     1.316792     808.480376m      1.483314   
  660.000000p     1.330943     822.470020m      1.484598   
  680.000000p     1.340285     846.690642m      1.485744   
  700.000000p     1.346126     876.721083m      1.486636   
  720.000000p     1.350782     910.167932m      1.487428   
  740.000000p     1.354470     946.682674m      1.488035   
  760.000000p     1.357831     987.143584m      1.488587   
  780.000000p     1.360578       1.030557       1.489035   
  800.000000p     1.363117       1.074957       1.489433   
  820.000000p     1.365153       1.115814       1.489736   
  840.000000p     1.367019       1.146476       1.490015   
  860.000000p     1.368532       1.172201       1.490250   
  880.000000p     1.369927       1.188170       1.490457   
  900.000000p     1.371035       1.201810       1.490611   
  920.000000p     1.372048       1.209184       1.490756   
  940.000000p     1.372862       1.215724       1.490883   
  960.000000p     1.373609       1.220017       1.490994   
  980.000000p     1.374201       1.224051       1.491074   
    1.000000n     1.374739       1.227389       1.491151   
    1.020000n     1.375171       1.230600       1.491222   
    1.040000n     1.375568       1.233471       1.491283   
    1.060000n     1.375880       1.236223       1.491325   
    1.080000n     1.376164       1.238660       1.491367   
    1.100000n     1.376393       1.240984       1.491409   
    1.120000n     1.376604       1.243007       1.491444   
    1.140000n     1.376771       1.244922       1.491466   
    1.160000n     1.376923       1.246547       1.491490   
    1.180000n     1.377048       1.248078       1.491517   
    1.200000n     1.377164       1.249359       1.491538   
    1.220000n     1.377258       1.250561       1.491550   
    1.240000n     1.377343       1.251549       1.491564   
    1.260000n     1.377415       1.252473       1.491582   
    1.280000n     1.377483       1.253227       1.491596   
    1.300000n     1.377539       1.253929       1.491603   
    1.320000n     1.377590       1.254494       1.491612   
    1.340000n     1.377635       1.255019       1.491625   
    1.360000n     1.377677       1.255441       1.491635   
    1.380000n     1.377712       1.255832       1.491640   
    1.400000n     1.377745       1.256143       1.491646   
    1.420000n     1.377774       1.256432       1.491656   
    1.440000n     1.377803       1.256664       1.491664   
    1.460000n     1.377827       1.256880       1.491667   
    1.480000n     1.377849       1.257052       1.491671   
    1.500000n     1.377870       1.257214       1.491680   
    1.520000n     1.377890       1.257346       1.491686   
    1.540000n     1.377907       1.257470       1.491688   
    1.560000n     1.377924       1.257571       1.491692   
    1.580000n     1.377939       1.257667       1.491699   
    1.600000n     1.377954       1.257749       1.491705   
    1.620000n     1.377967       1.257826       1.491707   
    1.640000n     1.377980       1.257891       1.491710   
    1.660000n     1.377992       1.257954       1.491717   
    1.680000n     1.378004       1.258009       1.491721   
    1.700000n     1.378015       1.258062       1.491723   
    1.720000n     1.378026       1.258107       1.491726   
    1.740000n     1.378036       1.258151       1.491732   
    1.760000n     1.378046       1.258192       1.491737   
    1.780000n     1.378055       1.258230       1.491738   
    1.800000n     1.378065       1.258264       1.491741   
    1.820000n     1.378074       1.258297       1.491747   
    1.840000n     1.378082       1.258328       1.491751   
    1.860000n     1.378091       1.258358       1.491753   
    1.880000n     1.378099       1.258384       1.491755   
    1.900000n     1.378107       1.258410       1.491760   
    1.920000n     1.378115       1.258435       1.491764   
    1.940000n     1.378122       1.258458       1.491766   
    1.960000n     1.378130       1.258479       1.491769   
    1.980000n     1.378137       1.258501       1.491773   
|
[Falling Waveform]  
|  --- P ---
R_fixture     =100.000  
V_fixture     = 1.5000
V_fixture_min = 1.4000
V_fixture_max = 1.6000
|   time            V(typ)       V(min)        V(max)
| ----------       ---------     ---------     --------
    0.000000       1.455753     1.349570      1.560817 
   20.000000p      1.455753     1.349570      1.560817 
   40.000000p      1.455753     1.349570      1.560817 
   60.000000p      1.455753     1.349570      1.560817 
   80.000000p      1.455753     1.349570      1.560817 
  100.000000p      1.455753     1.349570      1.560817 
  120.000000p      1.455753     1.349570      1.560817 
  140.000000p      1.455753     1.349570      1.560817 
  160.000000p      1.455753     1.349570      1.560817 
  180.000000p      1.455753     1.349570      1.560817 
  200.000000p      1.455753     1.349570      1.560818 
  220.000000p      1.455753     1.349570      1.560814 
  240.000000p      1.455753     1.349570      1.560864 
  260.000000p      1.455755     1.349570      1.560790 
  280.000000p      1.455752     1.349570      1.560396 
  300.000000p      1.455739     1.349570      1.559470 
  320.000000p      1.455759     1.349571      1.567106 
  340.000000p      1.455768     1.349572      1.586820 
  360.000000p      1.455660     1.349572      1.585717 
  380.000000p      1.455564     1.349569      1.566874 
  400.000000p      1.454684     1.349560      1.510603 
  420.000000p      1.456245     1.349541      1.420740 
  440.000000p      1.470036     1.349554      1.318765 
  460.000000p      1.476929     1.349572      1.231265 
  480.000000p      1.472595     1.349575      1.164753 
  500.000000p      1.457000     1.349579      1.113345 
  520.000000p      1.427534     1.349552      1.080871 
  540.000000p      1.375266     1.349456      1.062022 
  560.000000p      1.307440     1.348945      1.052789 
  580.000000p      1.234235     1.348274      1.050477 
  600.000000p      1.165567     1.351024      1.051310 
  620.000000p      1.113727     1.359081      1.054407 
  640.000000p      1.066346     1.364337      1.058241 
  660.000000p      1.038236     1.363753      1.062605 
  680.000000p      1.015232     1.357822      1.066384 
  700.000000p      1.005347     1.346400      1.069742 
  720.000000p    998.939385m    1.330650      1.072434 
  740.000000p    999.074835m    1.309954      1.074646 
  760.000000p      1.000944     1.282988      1.076325 
  780.000000p      1.005092     1.245586      1.077620 
  800.000000p      1.009843     1.203538      1.078558 
  820.000000p      1.014730     1.155855      1.079238 
  840.000000p      1.019655     1.112170      1.079701 
  860.000000p      1.023822     1.071445      1.080008 
  880.000000p      1.027788     1.040541      1.080199 
  900.000000p      1.030793     1.011454      1.080305 
  920.000000p      1.033543   993.773900m     1.080354 
  940.000000p      1.035478   977.527885m     1.080360 
  960.000000p      1.037197   970.281671m     1.080342 
  980.000000p      1.038305   963.949874m     1.080307 
    1.000000n      1.039251   963.358492m     1.080263 
    1.020000n      1.039818   963.241739m     1.080213 
    1.040000n      1.040284   966.104547m     1.080162 
    1.060000n      1.040521   969.142645m     1.080110 
    1.080000n      1.040696   973.281158m     1.080060 
    1.100000n      1.040768   977.420730m     1.080010 
    1.120000n      1.040812   981.566946m     1.079963 
    1.140000n      1.040804   985.627835m     1.079918 
    1.160000n      1.040783   989.153070m     1.079875 
    1.180000n      1.040757   992.563106m     1.079835 
    1.200000n      1.040731   995.249961m     1.079796 
    1.220000n      1.040703   997.825911m     1.079760 
    1.240000n      1.040674   999.705645m     1.079726 
    1.260000n      1.040660     1.001493      1.079694 
    1.280000n      1.040650     1.002697      1.079665 
    1.300000n      1.040643     1.003834      1.079637 
    1.320000n      1.040637     1.004542      1.079612 
    1.340000n      1.040643     1.005203      1.079589 
    1.360000n      1.040652     1.005570      1.079568 
    1.380000n      1.040661     1.005908      1.079549 
    1.400000n      1.040670     1.006068      1.079533 
    1.420000n      1.040686     1.006211      1.079520 
    1.440000n      1.040705     1.006251      1.079508 
    1.460000n      1.040721     1.006285      1.079498 
    1.480000n      1.040736     1.006277      1.079491 
    1.500000n      1.040757     1.006267      1.079486 
    1.520000n      1.040779     1.006241      1.079483 
    1.540000n      1.040799     1.006216      1.079482 
    1.560000n      1.040818     1.006199      1.079483 
    1.580000n      1.040841     1.006184      1.079487 
    1.600000n      1.040865     1.006175      1.079493 
    1.620000n      1.040887     1.006169      1.079500 
    1.640000n      1.040908     1.006179      1.079510 
    1.660000n      1.040933     1.006190      1.079522 
    1.680000n      1.040959     1.006207      1.079535 
    1.700000n      1.040983     1.006226      1.079550 
    1.720000n      1.041007     1.006257      1.079568 
    1.740000n      1.041034     1.006287      1.079588 
    1.760000n      1.041062     1.006319      1.079609 
    1.780000n      1.041088     1.006353      1.079631 
    1.800000n      1.041114     1.006392      1.079656 
    1.820000n      1.041142     1.006432      1.079683 
    1.840000n      1.041172     1.006469      1.079711 
    1.860000n      1.041200     1.006507      1.079739 
    1.880000n      1.041227     1.006548      1.079771 
    1.900000n      1.041257     1.006590      1.079804 
    1.920000n      1.041288     1.006627      1.079838 
    1.940000n      1.041318     1.006664      1.079873 
    1.960000n      1.041347     1.006705      1.079910 
    1.980000n      1.041378     1.006745      1.079950 
|
[Falling Waveform]  
|  --- P ---
R_fixture     =100.000  
V_fixture     = 0.9250
V_fixture_min = 0.9250
V_fixture_max = 0.9250
|   time            V(typ)       V(min)        V(max)
| ----------       ---------     ---------     --------
    0.000000       1.378520     1.259335      1.492002 
   20.000000p      1.378520     1.259335      1.492002 
   40.000000p      1.378520     1.259335      1.492002 
   60.000000p      1.378520     1.259335      1.492002 
   80.000000p      1.378520     1.259335      1.492002 
  100.000000p      1.378520     1.259335      1.492002 
  120.000000p      1.378520     1.259335      1.492002 
  140.000000p      1.378520     1.259335      1.492002 
  160.000000p      1.378520     1.259335      1.492002 
  180.000000p      1.378520     1.259335      1.492002 
  200.000000p      1.378520     1.259335      1.492003 
  220.000000p      1.378520     1.259335      1.491999 
  240.000000p      1.378521     1.259335      1.492048 
  260.000000p      1.378522     1.259335      1.491978 
  280.000000p      1.378519     1.259335      1.491590 
  300.000000p      1.378506     1.259335      1.490668 
  320.000000p      1.378526     1.259336      1.498162 
  340.000000p      1.378537     1.259337      1.510766 
  360.000000p      1.378431     1.259336      1.476593 
  380.000000p      1.378312     1.259334      1.396325 
  400.000000p      1.377481     1.259325      1.302281 
  420.000000p      1.379273     1.259306      1.200096 
  440.000000p      1.390035     1.259321      1.094083 
  460.000000p      1.383781     1.259340      1.010517 
  480.000000p      1.346137     1.259344    941.383377m
  500.000000p      1.282283     1.259340    897.080696m
  520.000000p      1.215420     1.259290    864.038026m
  540.000000p      1.146388     1.259166    852.020073m
  560.000000p      1.073615     1.258707    844.472511m
  580.000000p      1.001839     1.258358    845.272071m
  600.000000p    936.640376m    1.261291    846.648445m
  620.000000p    888.613180m    1.266995    849.101845m
  640.000000p    846.390955m    1.264734    851.449542m
  660.000000p    822.230001m    1.248500    853.599870m
  680.000000p    804.174950m    1.215940    855.633566m
  700.000000p    797.332813m    1.170969    857.449487m
  720.000000p    794.281381m    1.124974    859.101137m
  740.000000p    795.997981m    1.081359    860.446056m
  760.000000p    799.326491m    1.040389    861.664581m
  780.000000p    803.696762m  996.861190m   862.647104m
  800.000000p    808.419217m  952.192376m   863.531759m
  820.000000p    813.162302m  905.518904m   864.233673m
  840.000000p    817.912360m  864.897045m   864.862037m
  860.000000p    821.972777m  828.557240m   865.353069m
  880.000000p    825.800048m  801.533122m   865.792603m
  900.000000p    828.916543m  778.226886m   866.135980m
  920.000000p    831.792747m  764.924063m   866.442587m
  940.000000p    834.034500m  754.281639m   866.680534m
  960.000000p    836.061767m  750.797340m   866.894089m
  980.000000p    837.593279m  748.824646m   867.062100m
    1.000000n    838.957192m  750.919109m   867.212916m
    1.020000n    839.950140m  753.677718m   867.331623m
    1.040000n    840.817677m  758.223295m   867.439388m
    1.060000n    841.438111m  762.968575m   867.526721m
    1.080000n    841.975009m  768.251181m   867.606180m
    1.100000n    842.348259m  773.450448m   867.670936m
    1.120000n    842.666185m  778.425481m   867.730838m
    1.140000n    842.890773m  783.193923m   867.781678m
    1.160000n    843.083805m  787.406509m   867.828829m
    1.180000n    843.220025m  791.377432m   867.869094m
    1.200000n    843.337037m  794.698131m   867.907168m
    1.220000n    843.428077m  797.786033m   867.941152m
    1.240000n    843.510336m  800.247567m   867.973314m
    1.260000n    843.576730m  802.510902m   868.002071m
    1.280000n    843.637761m  804.240961m   868.029802m
    1.300000n    843.694609m  805.814754m   868.055614m
    1.320000n    843.750043m  806.968098m   868.080458m
    1.340000n    843.801212m  808.007486m   868.103492m
    1.360000n    843.850939m  808.740264m   868.125990m
    1.380000n    843.901153m  809.395223m   868.147487m
    1.400000n    843.951530m  809.840799m   868.168446m
    1.420000n    843.999894m  810.236869m   868.188402m
    1.440000n    844.047576m  810.499739m   868.208065m
    1.460000n    844.095938m  810.733865m   868.227179m
    1.480000n    844.144530m  810.890655m   868.245953m
    1.500000n    844.191340m  811.032158m   868.264092m
    1.520000n    844.237548m  811.132530m   868.282038m
    1.540000n    844.284049m  811.226864m   868.299621m
    1.560000n    844.330649m  811.304948m   868.316976m
    1.580000n    844.375586m  811.380991m   868.333905m
    1.600000n    844.419961m  811.451537m   868.350683m
    1.620000n    844.464429m  811.523194m   868.367181m
    1.640000n    844.508927m  811.597840m   868.383518m
    1.660000n    844.551997m  811.673391m   868.399555m
    1.680000n    844.594583m  811.751376m   868.415464m
    1.700000n    844.637212m  811.831362m   868.431135m
    1.720000n    844.679855m  811.916731m   868.446686m
    1.740000n    844.721325m  812.002570m   868.462012m
    1.760000n    844.762397m  812.089675m   868.477218m
    1.780000n    844.803508m  812.178067m   868.492199m
    1.800000n    844.844632m  812.269917m   868.507090m
    1.820000n    844.884792m  812.361325m   868.521812m
    1.840000n    844.924626m  812.451541m   868.536415m
    1.860000n    844.964489m  812.542386m   868.550796m
    1.880000n    845.004362m  812.634922m   868.565107m
    1.900000n    845.043421m  812.726439m   868.579287m
    1.920000n    845.082204m  812.815216m   868.593352m
    1.940000n    845.120994m  812.904330m   868.607201m
    1.960000n    845.159786m  812.994352m   868.620991m
    1.980000n    845.197862m  813.082997m   868.634673m
|
| End [Model] TX1P
|
|************************************************************************
|                             Model TX1N
|************************************************************************
|
[Model]          TX1N
Model_type       Output
Polarity         Inverting
Enable           Active-Low
Vmeas =  1.200V
Rref  =  50.000
Cref  =  0.000pF
C_comp           2.5450pF            2.5210pF            2.5820pF
|
[Temperature Range]       25.0000             125.000            -40.000
[Voltage Range]           1.5000V             1.4000V             1.6000V
|
[Pulldown] 
|    Voltage           I(typ)          I(min)          I(max)
|    -----------     -----------     -----------     ----------
     -1.500000      -171.089240m    -121.136113m   -379.618741m
     -1.454545      -137.941334m    -105.667735m   -322.390954m
     -1.409091      -118.800905m     -97.234609m   -267.923518m
     -1.363636      -108.763720m     -92.232850m   -215.623629m
     -1.318182      -102.014718m     -88.179324m   -171.884980m
     -1.272727       -98.553900m     -85.074031m   -136.707570m
     -1.227273       -95.248368m     -82.054124m   -115.186674m
     -1.181818       -92.098120m     -79.119603m   -107.322290m
     -1.136364       -88.943958m     -76.198910m   -101.651912m
     -1.090909       -85.785882m     -73.292045m    -98.175540m
     -1.045455       -82.620427m     -70.396488m    -94.717461m
     -1.000000       -79.447593m     -67.512240m    -91.277674m
   -954.545455m      -76.269257m     -64.641899m    -87.816612m
   -909.090909m      -73.085419m     -61.785466m    -84.334274m
   -863.636364m      -69.898592m     -58.945917m    -80.830590m
   -818.181818m      -66.708775m     -56.123255m    -77.305558m
   -772.727273m      -63.519317m     -53.320758m    -73.760655m
   -727.272727m      -60.330216m     -50.538426m    -70.195879m
   -681.818182m      -57.145968m     -47.780103m    -66.614324m
   -636.363636m      -53.966572m     -45.045789m    -63.015990m
   -590.909091m      -50.798040m     -42.340216m    -59.406068m
   -545.454545m      -47.640373m     -39.663384m    -55.784556m
   -500.000000m      -44.501655m     -37.021363m    -52.159458m
   -454.545455m      -41.381885m     -34.414153m    -48.530774m
   -409.090909m      -38.292161m     -31.849914m    -44.910631m
   -363.636364m      -35.232483m     -29.328647m    -41.299029m
   -318.181818m      -32.218722m     -26.861998m    -37.714780m
   -272.727273m      -29.250879m     -24.449969m    -34.157884m
   -227.272727m      -26.353310m     -22.110550m    -30.659292m
   -181.818182m      -23.526014m     -19.843741m    -27.219003m
   -136.363636m      -20.810817m     -17.680213m    -23.893605m
    -90.909091m      -18.207719m     -15.619965m    -20.683098m
    -45.454545m      -15.798928m     -13.719059m    -17.708146m
      0.00000        -13.584445m     -11.977494m    -14.968750m
     45.454545m      -11.638783m     -10.417122m    -12.629712m
     90.909091m       -9.961943m      -9.037942m    -10.691031m
    136.363636m       -8.602008m      -7.849192m     -9.229602m
    181.818182m       -7.558978m      -6.850873m     -8.245423m
    227.272727m       -6.734974m      -6.032902m     -7.457236m
    272.727273m       -6.129996m      -5.395280m     -6.865040m
    318.181818m       -5.572000m      -4.833433m     -6.299020m
    363.636364m       -5.060986m      -4.347362m     -5.759177m
    409.090909m       -4.559317m      -3.876309m     -5.225011m
    454.545455m       -4.066994m      -3.420275m     -4.696522m
    500.000000m       -3.578496m      -2.964927m     -4.170406m
    545.454545m       -3.093823m      -2.510267m     -3.646661m
    590.909091m       -2.609463m      -2.041283m     -3.124700m
    636.363636m       -2.125415m      -1.557976m     -2.604524m
    681.818182m       -1.627028m      -1.030389m     -2.085089m
    727.272727m       -1.114302m    -458.521255u     -1.566394m
    772.727273m     -536.978465u     182.891815u     -1.035688m
    818.181818m      104.942717u     893.850709u   -492.970611u
    863.636364m      872.828788u       1.634554m    131.200578u
    909.090909m        1.766680m       2.405002m    836.825566u
    954.545455m        2.702596m       3.128591m      1.743702m
      1.000000         3.680578m       3.805319m      2.851828m
      1.045455         4.551421m       4.417607m      4.019221m
      1.090909         5.315125m       4.965454m      5.245879m
      1.136364         5.979156m       5.474485m      6.281955m
      1.181818         6.543513m       5.944700m      7.127449m
      1.227273         7.068878m       6.396319m      7.838985m
      1.272727         7.555251m       6.829342m      8.416563m
      1.318182         8.029655m       7.253664m      8.958149m
      1.363636         8.492090m       7.669285m      9.463745m
      1.409091         8.946206m       8.080826m      9.962945m
      1.454545         9.392002m       8.488287m     10.455749m
      1.500000         9.830672m       8.894002m     10.946062m
      1.545455        10.262218m       9.297973m     11.433882m
      1.590909        10.690068m       9.701841m     11.913132m
      1.636364        11.114223m      10.105606m     12.383812m
      1.681818        11.537158m      10.513590m     12.843583m
      1.727273        11.958871m      10.925795m     13.292445m
      1.772727        12.382698m      11.366105m     13.736272m
      1.818182        12.808638m      11.834522m     14.175066m
      1.863636        13.262526m      12.427434m     14.615493m
      1.909091        13.744361m      13.144840m     15.057553m
      1.954545        14.407444m      14.128791m     15.551622m
      2.000000        15.251774m      15.379289m     16.097698m
      2.045455        16.520026m      16.885478m     17.020775m
      2.090909        18.212198m      18.647359m     18.320852m
      2.136364        20.264386m      20.558944m     20.333697m
      2.181818        22.676589m      22.620233m     23.059310m
      2.227273        25.281817m      24.764558m     26.235610m
      2.272727        28.080069m      26.991921m     29.862598m
      2.318182        30.990369m      29.275426m     33.693444m
      2.363636        34.012718m      31.615073m     37.728149m
      2.409091        37.111961m      34.010551m     41.867410m
      2.454545        40.288098m      36.461860m     46.111226m
      2.500000        43.535486m      38.958858m     50.412156m
      2.545455        46.854124m      41.501546m     54.770200m
      2.590909        50.226362m      44.118153m     59.174496m
      2.636364        53.652201m      46.808679m     63.625046m
      2.681818        57.136103m      49.945954m     68.242270m
      2.727273        60.678069m      53.529977m     73.026167m
      2.772727        64.769109m      59.422240m     80.352754m
      2.818182        69.409222m      67.622742m     90.222030m
      2.863636        77.410007m      79.207733m    104.390076m
      2.909091        88.771464m      94.177212m    122.856893m
      2.954545       103.289678m     110.869488m    142.729007m
      3.000000       120.964648m     129.284559m    164.006417m
|
[Pullup]
|    Voltage           I(typ)          I(min)          I(max)
|    -----------     -----------     -----------     ----------
     -1.500000       160.893063m     127.714178m    246.301199m
     -1.454545       147.347283m     117.224649m    224.665552m
     -1.409091       138.314973m     110.061506m    204.061817m
     -1.363636       132.179273m     104.838196m    184.271203m
     -1.318182       127.103975m     100.417954m    167.591810m
     -1.272727       123.089078m      96.800780m    154.023638m
     -1.227273       119.116146m      93.309972m    144.511597m
     -1.181818       115.185179m      89.945530m    139.055689m
     -1.136364       111.237150m      86.608795m    134.108103m
     -1.090909       107.272057m      83.299766m    129.668840m
     -1.045455       103.299657m      80.005089m    125.206353m
     -1.000000        99.319950m      76.724765m    120.720643m
   -954.545455m       95.319723m      73.450247m    116.181931m
   -909.090909m       91.298977m      70.181537m    111.590217m
   -863.636364m       87.259358m      66.916923m    106.947350m
   -818.181818m       83.200864m      63.656407m    102.253331m
   -772.727273m       79.126213m      60.401756m     97.508656m
   -727.272727m       75.035403m      57.152970m     92.713327m
   -681.818182m       70.931374m      53.912479m     87.857907m
   -636.363636m       66.814126m      50.680283m     82.942399m
   -590.909091m       62.685111m      47.459375m     77.962710m
   -545.454545m       58.544331m      44.249757m     72.918841m
   -500.000000m       54.386742m      41.054303m     67.830340m
   -454.545455m       50.212344m      37.873013m     62.697206m
   -409.090909m       46.021056m      34.705897m     57.498067m
   -363.636364m       41.812879m      31.552955m     52.232922m
   -318.181818m       37.572833m      28.406787m     46.842763m
   -272.727273m       33.300916m      25.267394m     41.327591m
   -227.272727m       28.956927m      22.115243m     35.744525m
   -181.818182m       24.540865m      18.950335m     30.051754m
   -136.363636m       20.098329m      15.766868m     24.332160m
    -90.909091m       15.629320m      12.564844m     18.630497m
    -45.454545m       11.214647m       9.396532m     12.936520m
      0.00000          6.854312m       6.261930m      7.327495m
     45.454545m        2.694614m       3.267873m      1.981356m
     90.909091m       -1.264446m     414.362460u     -3.193515m
    136.363636m       -4.962304m      -2.227463m     -7.998323m
    181.818182m       -8.398962m      -4.657602m    -12.762013m
    227.272727m      -11.643666m      -6.884704m    -17.226879m
    272.727273m      -14.696416m      -8.908766m    -21.658542m
    318.181818m      -17.578083m     -10.774824m    -25.782935m
    363.636364m      -20.288667m     -12.482878m    -29.873187m
    409.090909m      -22.822293m     -14.047068m    -33.633619m
    454.545455m      -25.178960m     -15.467393m    -37.357404m
    500.000000m      -27.355030m     -16.749837m    -40.730984m
    545.454545m      -29.350503m     -17.894399m    -44.065652m
    590.909091m      -31.171289m     -18.919067m    -47.036054m
    636.363636m      -32.817388m     -19.823841m    -49.965981m
    681.818182m      -34.313197m     -20.650040m    -52.532482m
    727.272727m      -35.658716m     -21.397664m    -55.058603m
    772.727273m      -36.905369m     -22.110079m    -57.251696m
    818.181818m      -38.053154m     -22.787285m    -59.407787m
    863.636364m      -39.152617m     -23.446182m    -61.308657m
    909.090909m      -40.203757m     -24.086768m    -63.181169m
    954.545455m      -41.222299m     -24.715995m    -64.900518m
      1.000000       -42.208244m     -25.333862m    -66.602850m
      1.045455       -43.168524m     -25.944620m    -68.192867m
      1.090909       -44.103139m     -26.548268m    -69.770404m
      1.136364       -45.018228m     -27.147314m    -71.251146m
      1.181818       -45.913789m     -27.741759m    -72.721133m
      1.227273       -46.794482m     -28.333111m    -74.112557m
      1.272727       -47.660306m     -28.921368m    -75.495251m
      1.318182       -48.514643m     -29.507490m    -76.815522m
      1.363636       -49.357493m     -30.091478m    -78.128856m
      1.409091       -50.191330m     -30.674377m    -79.392475m
      1.454545       -51.016156m     -31.256187m    -80.650569m
      1.500000       -51.833963m     -31.837679m    -81.868716m
      1.545455       -52.644752m     -32.418853m    -83.082424m
      1.590909       -53.450097m     -32.999752m    -84.263748m
      1.636364       -54.249999m     -33.580374m    -85.441473m
      1.681818       -55.045326m     -34.161978m    -86.592844m
      1.727273       -55.836076m     -34.744565m    -87.741286m
      1.772727       -56.623560m     -35.335565m    -88.867745m
      1.818182       -57.407777m     -35.934980m    -89.991761m
      1.863636       -58.195743m     -36.578702m    -91.097692m
      1.909091       -58.987457m     -37.266733m    -92.201614m
      1.954545       -59.833973m     -38.110398m    -93.298657m
      2.000000       -60.735291m     -39.109696m    -94.394936m
      2.045455       -61.893345m     -40.379770m    -95.595759m
      2.090909       -63.308137m     -41.920619m    -96.808198m
      2.136364       -65.125957m     -43.680511m    -98.713429m
      2.181818       -67.346805m     -45.659448m   -100.695637m
      2.227273       -69.795310m     -47.737846m   -103.728961m
      2.272727       -72.471473m     -49.915707m   -106.879076m
      2.318182       -75.219477m     -52.128963m   -110.449272m
      2.363636       -78.039321m     -54.377615m   -114.066144m
      2.409091       -80.883041m     -56.643363m   -117.741814m
      2.454545       -83.750637m     -58.926208m   -121.424017m
      2.500000       -86.631127m     -61.224294m   -125.093059m
      2.545455       -89.524511m     -63.537622m   -128.760637m
      2.590909       -92.426625m     -65.876983m   -132.403952m
      2.636364       -95.337468m     -68.242377m   -136.044570m
      2.681818       -98.259675m     -70.770518m   -139.668357m
      2.727273      -101.193246m     -73.461406m   -143.290273m
      2.772727      -104.318959m     -77.794979m   -147.706344m
      2.818182      -107.636816m     -83.771237m   -152.210655m
      2.863636      -114.588794m     -97.572387m   -172.437535m
      2.909091      -125.174895m    -119.198430m   -194.411366m
      2.954545      -146.781365m    -149.599734m   -239.415087m
      3.000000      -179.408205m    -188.776298m   -286.977684m
| 
[Ramp]
| variable         typ                 min              max
| --------      --------------     --------------   ----------------
dV/dt_r          0.3084/90.96p     0.2472/130.69p   0.3621/61.99p   
dV/dt_f          0.1815/67.04p     0.1639/86.16p    0.2328/61.14p  
R_load = 100.0000 
|
[Rising Waveform] 
|  --- N ---
R_fixture     =100.000  
V_fixture     = 1.5000
V_fixture_min = 1.4000
V_fixture_max = 1.6000
|   time          V(typ)       V(min)        V(max)
| -----------   ---------     ---------     --------
    0.000000      1.043806     1.008841     1.084648 
   20.000000p     1.043806     1.008841     1.084648 
   40.000000p     1.043806     1.008841     1.084648 
   60.000000p     1.043806     1.008841     1.084648 
   80.000000p     1.043806     1.008841     1.084648 
  100.000000p     1.043806     1.008841     1.084648 
  120.000000p     1.043806     1.008841     1.084648 
  140.000000p     1.043806     1.008841     1.084648 
  160.000000p     1.043806     1.008841     1.084648 
  180.000000p     1.043806     1.008841     1.084648 
  200.000000p     1.043806     1.008841     1.084649 
  220.000000p     1.043806     1.008841     1.084645 
  240.000000p     1.043807     1.008841     1.084707 
  260.000000p     1.043809     1.008841     1.084595 
  280.000000p     1.043805     1.008841     1.084789 
  300.000000p     1.043793     1.008842     1.084987 
  320.000000p     1.043815     1.008842     1.078306 
  340.000000p     1.043785     1.008843     1.114886 
  360.000000p     1.043728     1.008843     1.192848 
  380.000000p     1.044089     1.008840     1.288903 
  400.000000p     1.045032     1.008830     1.397768 
  420.000000p     1.041954     1.008812     1.493119 
  440.000000p     1.036323     1.008833     1.535094 
  460.000000p     1.050798     1.008844     1.548815 
  480.000000p     1.093381     1.008830     1.554119 
  500.000000p     1.153514     1.008832     1.553367 
  520.000000p     1.222072     1.008896     1.552934 
  540.000000p     1.293912     1.009070     1.552732 
  560.000000p     1.359550     1.009519     1.553012 
  580.000000p     1.400322     1.009958     1.553641 
  600.000000p     1.425502     1.008714     1.554360 
  620.000000p     1.435017     1.005659     1.555146 
  640.000000p     1.440380     1.001288     1.555889 
  660.000000p     1.441866     1.002799     1.556601 
  680.000000p     1.442324     1.015975     1.557220 
  700.000000p     1.442993     1.041482     1.557770 
  720.000000p     1.443718     1.076290     1.558221 
  740.000000p     1.444739     1.116076     1.558600 
  760.000000p     1.445839     1.159824     1.558908 
  780.000000p     1.446929     1.202786     1.559166 
  800.000000p     1.448016     1.245397     1.559370 
  820.000000p     1.449008     1.278133     1.559537 
  840.000000p     1.449975     1.298503     1.559670 
  860.000000p     1.450761     1.314317     1.559780 
  880.000000p     1.451498     1.320908     1.559865 
  900.000000p     1.452097     1.326874     1.559933 
  920.000000p     1.452660     1.328908     1.559988 
  940.000000p     1.453077     1.330822     1.560033 
  960.000000p     1.453454     1.331974     1.560067 
  980.000000p     1.453750     1.333130     1.560094 
    1.000000n     1.454023     1.334313     1.560116 
    1.020000n     1.454213     1.335502     1.560134 
    1.040000n     1.454379     1.336730     1.560147 
    1.060000n     1.454513     1.337951     1.560157 
    1.080000n     1.454637     1.339126     1.560165 
    1.100000n     1.454718     1.340281     1.560171 
    1.120000n     1.454788     1.341307     1.560175 
    1.140000n     1.454849     1.342310     1.560176 
    1.160000n     1.454908     1.343163     1.560177 
    1.180000n     1.454944     1.343991     1.560178 
    1.200000n     1.454973     1.344659     1.560177 
    1.220000n     1.455004     1.345305     1.560175 
    1.240000n     1.455037     1.345816     1.560173 
    1.260000n     1.455053     1.346307     1.560171 
    1.280000n     1.455066     1.346679     1.560168 
    1.300000n     1.455084     1.347037     1.560164 
    1.320000n     1.455103     1.347307     1.560161 
    1.340000n     1.455111     1.347565     1.560158 
    1.360000n     1.455116     1.347752     1.560155 
    1.380000n     1.455127     1.347932     1.560150 
    1.400000n     1.455140     1.348066     1.560147 
    1.420000n     1.455144     1.348194     1.560144 
    1.440000n     1.455144     1.348285     1.560140 
    1.460000n     1.455152     1.348373     1.560136 
    1.480000n     1.455161     1.348440     1.560133 
    1.500000n     1.455162     1.348505     1.560130 
    1.520000n     1.455160     1.348552     1.560127 
    1.540000n     1.455165     1.348597     1.560123 
    1.560000n     1.455172     1.348635     1.560120 
    1.580000n     1.455171     1.348671     1.560118 
    1.600000n     1.455169     1.348699     1.560115 
    1.620000n     1.455173     1.348726     1.560112 
    1.640000n     1.455178     1.348750     1.560109 
    1.660000n     1.455177     1.348773     1.560108 
    1.680000n     1.455174     1.348792     1.560106 
    1.700000n     1.455177     1.348810     1.560103 
    1.720000n     1.455182     1.348827     1.560101 
    1.740000n     1.455181     1.348844     1.560100 
    1.760000n     1.455178     1.348857     1.560099 
    1.780000n     1.455181     1.348870     1.560097 
    1.800000n     1.455185     1.348883     1.560095 
    1.820000n     1.455184     1.348896     1.560095 
    1.840000n     1.455182     1.348906     1.560094 
    1.860000n     1.455184     1.348916     1.560093 
    1.880000n     1.455189     1.348925     1.560092 
    1.900000n     1.455188     1.348935     1.560092 
    1.920000n     1.455186     1.348943     1.560092 
    1.940000n     1.455188     1.348951     1.560091 
    1.960000n     1.455192     1.348959     1.560091 
    1.980000n     1.455192     1.348966     1.560092 
|
[Rising Waveform] 
|  --- N ---
R_fixture     =100.000  
V_fixture     = 0.9250
V_fixture_min = 0.9250
V_fixture_max = 0.9250
|   time          V(typ)       V(min)        V(max)
| -----------   ---------     ---------     --------
    0.000000    847.906859m    817.368304m    870.563750m  
   20.000000p   847.906857m    817.368302m    870.563748m  
   40.000000p   847.906861m    817.368305m    870.563752m  
   60.000000p   847.906863m    817.368307m    870.563754m  
   80.000000p   847.906863m    817.368306m    870.563755m  
  100.000000p   847.906864m    817.368307m    870.563759m  
  120.000000p   847.906867m    817.368308m    870.563760m  
  140.000000p   847.906866m    817.368309m    870.563757m  
  160.000000p   847.906864m    817.368310m    870.563749m  
  180.000000p   847.906868m    817.368309m    870.563575m  
  200.000000p   847.906746m    817.368308m    870.565217m  
  220.000000p   847.906754m    817.368310m    870.560883m  
  240.000000p   847.907513m    817.368271m    870.623285m  
  260.000000p   847.909202m    817.368166m    870.543060m  
  280.000000p   847.905891m    817.368257m    870.683206m  
  300.000000p   847.892984m    817.368473m    871.383948m  
  320.000000p   847.914553m    817.369202m    863.671024m  
  340.000000p   847.890986m    817.370249m    883.316647m  
  360.000000p   847.833149m    817.369814m    937.239296m  
  380.000000p   848.133863m    817.366816m      1.017901   
  400.000000p   849.120712m    817.357289m      1.132487   
  420.000000p   846.712806m    817.338650m      1.259220   
  440.000000p   840.955647m    817.358547m      1.365200   
  460.000000p   850.068496m    817.370879m      1.416853   
  480.000000p   879.969636m    817.359904m      1.452195   
  500.000000p   919.816372m    817.361786m      1.461937   
  520.000000p   969.204419m    817.412924m      1.469249   
  540.000000p     1.034049     817.557393m      1.472024   
  560.000000p     1.107414     817.973985m      1.474708   
  580.000000p     1.179077     818.474768m      1.477222   
  600.000000p     1.240816     817.520904m      1.479492   
  620.000000p     1.279938     814.837027m      1.481303   
  640.000000p     1.311414     810.196706m      1.482896   
  660.000000p     1.327209     809.343045m      1.484078   
  680.000000p     1.337704     817.005559m      1.485143   
  700.000000p     1.344078     833.250049m      1.485988   
  720.000000p     1.349059     855.392302m      1.486735   
  740.000000p     1.352927     881.654011m      1.487298   
  760.000000p     1.356419     912.547651m      1.487814   
  780.000000p     1.359252     950.289997m      1.488241   
  800.000000p     1.361862     990.794702m      1.488615   
  820.000000p     1.363944       1.035620       1.488892   
  840.000000p     1.365846       1.076539       1.489151   
  860.000000p     1.367387       1.113680       1.489373   
  880.000000p     1.368806       1.142203       1.489566   
  900.000000p     1.369932       1.167279       1.489704   
  920.000000p     1.370959       1.183079       1.489835   
  940.000000p     1.371785       1.196930       1.489954   
  960.000000p     1.372543       1.205536       1.490055   
  980.000000p     1.373141       1.213289       1.490122   
    1.000000n     1.373686       1.218751       1.490188   
    1.020000n     1.374124       1.223810       1.490254   
    1.040000n     1.374525       1.227789       1.490307   
    1.060000n     1.374841       1.231507       1.490339   
    1.080000n     1.375127       1.234520       1.490373   
    1.100000n     1.375359       1.237353       1.490410   
    1.120000n     1.375571       1.239701       1.490439   
    1.140000n     1.375739       1.241908       1.490452   
    1.160000n     1.375892       1.243735       1.490469   
    1.180000n     1.376018       1.245449       1.490491   
    1.200000n     1.376134       1.246861       1.490507   
    1.220000n     1.376227       1.248184       1.490512   
    1.240000n     1.376312       1.249268       1.490520   
    1.260000n     1.376384       1.250282       1.490534   
    1.280000n     1.376450       1.251107       1.490543   
    1.300000n     1.376505       1.251878       1.490543   
    1.320000n     1.376555       1.252504       1.490547   
    1.340000n     1.376598       1.253088       1.490556   
    1.360000n     1.376639       1.253560       1.490561   
    1.380000n     1.376673       1.254000       1.490560   
    1.400000n     1.376704       1.254358       1.490561   
    1.420000n     1.376732       1.254692       1.490568   
    1.440000n     1.376758       1.254962       1.490571   
    1.460000n     1.376780       1.255216       1.490568   
    1.480000n     1.376802       1.255425       1.490568   
    1.500000n     1.376820       1.255622       1.490573   
    1.520000n     1.376837       1.255783       1.490576   
    1.540000n     1.376853       1.255937       1.490573   
    1.560000n     1.376869       1.256066       1.490573   
    1.580000n     1.376882       1.256188       1.490577   
    1.600000n     1.376894       1.256292       1.490578   
    1.620000n     1.376906       1.256391       1.490575   
    1.640000n     1.376918       1.256478       1.490575   
    1.660000n     1.376928       1.256560       1.490578   
    1.680000n     1.376938       1.256632       1.490579   
    1.700000n     1.376947       1.256701       1.490577   
    1.720000n     1.376957       1.256763       1.490576   
    1.740000n     1.376965       1.256822       1.490579   
    1.760000n     1.376973       1.256875       1.490580   
    1.780000n     1.376981       1.256926       1.490578   
    1.800000n     1.376990       1.256973       1.490577   
    1.820000n     1.376997       1.257019       1.490580   
    1.840000n     1.377003       1.257060       1.490581   
    1.860000n     1.377010       1.257100       1.490579   
    1.880000n     1.377018       1.257137       1.490578   
    1.900000n     1.377024       1.257174       1.490581   
    1.920000n     1.377030       1.257206       1.490581   
    1.940000n     1.377036       1.257239       1.490580   
    1.960000n     1.377044       1.257270       1.490579   
    1.980000n     1.377049       1.257300       1.490581   
|
[Falling Waveform]  
|  --- N ---
R_fixture     =100.000  
V_fixture     = 1.5000
V_fixture_min = 1.4000
V_fixture_max = 1.6000
|   time            V(typ)       V(min)        V(max)
| ----------       ---------     ---------     --------
    0.000000       1.455469     1.349351      1.560485 
   20.000000p      1.455469     1.349351      1.560485 
   40.000000p      1.455469     1.349351      1.560485 
   60.000000p      1.455469     1.349351      1.560485 
   80.000000p      1.455469     1.349351      1.560485 
  100.000000p      1.455469     1.349351      1.560485 
  120.000000p      1.455469     1.349351      1.560485 
  140.000000p      1.455469     1.349351      1.560485 
  160.000000p      1.455469     1.349351      1.560485 
  180.000000p      1.455469     1.349351      1.560485 
  200.000000p      1.455470     1.349351      1.560483 
  220.000000p      1.455469     1.349351      1.560493 
  240.000000p      1.455469     1.349351      1.560419 
  260.000000p      1.455467     1.349351      1.560406 
  280.000000p      1.455472     1.349351      1.559908 
  300.000000p      1.455480     1.349351      1.559158 
  320.000000p      1.455480     1.349350      1.582034 
  340.000000p      1.455463     1.349349      1.587273 
  360.000000p      1.455281     1.349349      1.572431 
  380.000000p      1.455118     1.349352      1.538324 
  400.000000p      1.454314     1.349364      1.469646 
  420.000000p      1.455080     1.349389      1.377427 
  440.000000p      1.468783     1.349383      1.285557 
  460.000000p      1.476735     1.349360      1.209650 
  480.000000p      1.473619     1.349307      1.152533 
  500.000000p      1.459392     1.349236      1.108940 
  520.000000p      1.430407     1.349189      1.081392 
  540.000000p      1.377429     1.349187      1.065392 
  560.000000p      1.308262     1.349263      1.057565 
  580.000000p      1.233479     1.348970      1.055619 
  600.000000p      1.163430     1.347984      1.056439 
  620.000000p      1.110838     1.348028      1.059252 
  640.000000p      1.062872     1.354435      1.062655 
  660.000000p      1.034795     1.361468      1.066483 
  680.000000p      1.011989     1.364736      1.069834 
  700.000000p      1.002545     1.363909      1.072843 
  720.000000p    996.641183m    1.358567      1.075260 
  740.000000p    997.290722m    1.347196      1.077253 
  760.000000p    999.676784m    1.328217      1.078772 
  780.000000p      1.004250     1.293942      1.079952 
  800.000000p      1.009403     1.252857      1.080804 
  820.000000p      1.014603     1.197711      1.081419 
  840.000000p      1.019815     1.143754      1.081842 
  860.000000p      1.024179     1.092526      1.082127 
  880.000000p      1.028318     1.052303      1.082302 
  900.000000p      1.031435     1.014418      1.082398 
  920.000000p      1.034280   991.216454m     1.082445 
  940.000000p      1.036261   969.916116m     1.082458 
  960.000000p      1.038012   960.551863m     1.082445 
  980.000000p      1.039129   952.394050m     1.082414 
    1.000000n      1.040078   951.809882m     1.082379 
    1.020000n      1.040630   951.834997m     1.082342 
    1.040000n      1.041076   955.684996m     1.082300 
    1.060000n      1.041290   959.750277m     1.082254 
    1.080000n      1.041443   965.167026m     1.082213 
    1.100000n      1.041489   970.573633m     1.082176 
    1.120000n      1.041506   975.916579m     1.082137 
    1.140000n      1.041476   981.141750m     1.082097 
    1.160000n      1.041434   985.627572m     1.082062 
    1.180000n      1.041388   989.960079m     1.082032 
    1.200000n      1.041341   993.330119m     1.081999 
    1.220000n      1.041297   996.554880m     1.081964 
    1.240000n      1.041254   998.867632m     1.081935 
    1.260000n      1.041226     1.001061      1.081911 
    1.280000n      1.041202     1.002502      1.081883 
    1.300000n      1.041184     1.003856      1.081854 
    1.320000n      1.041167     1.004658      1.081831 
    1.340000n      1.041162     1.005401      1.081811 
    1.360000n      1.041160     1.005774      1.081789 
    1.380000n      1.041159     1.006111      1.081766 
    1.400000n      1.041159     1.006225      1.081747 
    1.420000n      1.041166     1.006319      1.081733 
    1.440000n      1.041174     1.006296      1.081716 
    1.460000n      1.041181     1.006265      1.081698 
    1.480000n      1.041187     1.006183      1.081685 
    1.500000n      1.041198     1.006100      1.081676 
    1.520000n      1.041211     1.006010      1.081664 
    1.540000n      1.041220     1.005921      1.081651 
    1.560000n      1.041229     1.005842      1.081643 
    1.580000n      1.041243     1.005765      1.081639 
    1.600000n      1.041257     1.005709      1.081632 
    1.620000n      1.041269     1.005656      1.081624 
    1.640000n      1.041280     1.005620      1.081621 
    1.660000n      1.041295     1.005586      1.081621 
    1.680000n      1.041311     1.005571      1.081619 
    1.700000n      1.041325     1.005557      1.081616 
    1.720000n      1.041338     1.005553      1.081617 
    1.740000n      1.041355     1.005551      1.081622 
    1.760000n      1.041373     1.005560      1.081624 
    1.780000n      1.041388     1.005569      1.081625 
    1.800000n      1.041402     1.005580      1.081630 
    1.820000n      1.041421     1.005593      1.081639 
    1.840000n      1.041440     1.005612      1.081646 
    1.860000n      1.041457     1.005631      1.081650 
    1.880000n      1.041473     1.005648      1.081659 
    1.900000n      1.041493     1.005666      1.081672 
    1.920000n      1.041514     1.005688      1.081681 
    1.940000n      1.041532     1.005710      1.081690 
    1.960000n      1.041550     1.005729      1.081702 
    1.980000n      1.041571     1.005748      1.081718
|
[Falling Waveform]  
|  --- N ---
R_fixture     =100.000  
V_fixture     = 0.9250
V_fixture_min = 0.9250
V_fixture_max = 0.9250
|   time            V(typ)       V(min)        V(max)
| ----------       ---------     ---------     --------
    0.000000      1.377533      1.258651      1.490691 
   20.000000p     1.377533      1.258651      1.490691 
   40.000000p     1.377533      1.258651      1.490691 
   60.000000p     1.377533      1.258651      1.490691 
   80.000000p     1.377533      1.258651      1.490691 
  100.000000p     1.377533      1.258651      1.490691 
  120.000000p     1.377533      1.258651      1.490691 
  140.000000p     1.377533      1.258651      1.490691 
  160.000000p     1.377533      1.258651      1.490691 
  180.000000p     1.377533      1.258651      1.490691 
  200.000000p     1.377533      1.258651      1.490689 
  220.000000p     1.377533      1.258651      1.490698 
  240.000000p     1.377532      1.258651      1.490625 
  260.000000p     1.377531      1.258651      1.490616 
  280.000000p     1.377535      1.258651      1.490119 
  300.000000p     1.377543      1.258651      1.489458 
  320.000000p     1.377543      1.258650      1.509750 
  340.000000p     1.377529      1.258649      1.497853 
  360.000000p     1.377350      1.258649      1.426995 
  380.000000p     1.377166      1.258652      1.332838 
  400.000000p     1.376397      1.258663      1.236365 
  420.000000p     1.377422      1.258688      1.133962 
  440.000000p     1.388526      1.258682      1.036983 
  460.000000p     1.384265      1.258660    966.520152m
  480.000000p     1.349374      1.258611    909.938897m
  500.000000p     1.286902      1.258543    876.859680m
  520.000000p     1.219924      1.258493    852.877528m
  540.000000p     1.150379      1.258470    845.881433m
  560.000000p     1.076878      1.258512    841.926329m
  580.000000p     1.004088      1.258236    843.649371m
  600.000000p   937.827924m     1.257475    845.649658m
  620.000000p   888.915921m     1.257952    848.167618m
  640.000000p   845.868603m     1.263187    850.575149m
  660.000000p   821.291039m     1.264411    852.776491m
  680.000000p   802.957473m     1.255330    854.839376m
  700.000000p   796.152375m     1.231714    856.643735m
  720.000000p   793.244662m     1.195065    858.290849m
  740.000000p   795.177371m     1.153604    859.644358m
  760.000000p   798.746464m     1.111296    860.871794m
  780.000000p   803.317945m     1.066398    861.863824m
  800.000000p   808.228300m     1.020127    862.758967m
  820.000000p   813.133236m   967.070911m   863.473203m
  840.000000p   818.036340m   916.591736m   864.114877m
  860.000000p   822.215402m   869.852959m   864.621063m
  880.000000p   826.149690m   831.991931m   865.076063m
  900.000000p   829.347988m   798.628425m   865.435486m
  920.000000p   832.297472m   777.366046m   865.758752m
  940.000000p   834.593992m   759.784896m   866.014503m
  960.000000p   836.669767m   752.108540m   866.245690m
  980.000000p   838.234675m   746.702518m   866.431013m
    1.000000n   839.626875m   747.405102m   866.599633m
    1.020000n   840.638978m   749.143411m   866.737065m
    1.040000n   841.522582m   753.668460m   866.863047m
    1.060000n   842.152161m   758.576078m   866.967650m
    1.080000n   842.695861m   764.513046m   867.064816m
    1.100000n   843.073738m   770.397989m   867.148097m
    1.120000n   843.395556m   776.142955m   867.225898m
    1.140000n   843.621783m   781.662574m   867.293465m
    1.160000n   843.815693m   786.575874m   867.357859m
    1.180000n   843.953918m   791.207365m   867.416330m
    1.200000n   844.073317m   795.080619m   867.471880m
    1.220000n   844.165848m   798.679367m   867.521979m
    1.240000n   844.249295m   801.539521m   867.570839m
    1.260000n   844.318882m   804.162420m   867.617385m
    1.280000n   844.383783m   806.146953m   867.662097m
    1.300000n   844.443777m   807.944001m   867.703385m
    1.320000n   844.502113m   809.236599m   867.744353m
    1.340000n   844.558069m   810.392407m   867.784726m
    1.360000n   844.613221m   811.180168m   867.823714m
    1.380000n   844.667738m   811.874375m   867.860115m
    1.400000n   844.722041m   812.316868m   867.896663m
    1.420000n   844.775960m   812.701488m   867.933487m
    1.440000n   844.829748m   812.930395m   867.969101m
    1.460000n   844.882745m   813.125211m   868.002454m
    1.480000n   844.935473m   813.228300m   868.036213m
    1.500000n   844.987919m   813.315527m   868.070727m
    1.520000n   845.040271m   813.360075m   868.104088m
    1.540000n   845.091219m   813.397785m   868.135296m
    1.560000n   845.141694m   813.417096m   868.167063m
    1.580000n   845.191980m   813.436781m   868.199877m
    1.600000n   845.242203m   813.457469m   868.231545m
    1.620000n   845.290693m   813.479371m   868.261073m
    1.640000n   845.338598m   813.504542m   868.291263m
    1.660000n   845.386578m   813.533474m   868.322690m
    1.680000n   845.434583m   813.572527m   868.352958m
    1.700000n   845.480725m   813.613226m   868.381062m
    1.720000n   845.526238m   813.658353m   868.409900m
    1.740000n   845.572132m   813.706499m   868.440111m
    1.760000n   845.618156m   813.762765m   868.469143m
    1.780000n   845.662252m   813.819310m   868.495974m
    1.800000n   845.705696m   813.876605m   868.523594m
    1.820000n   845.749786m   813.935675m   868.552687m
    1.840000n   845.794095m   813.999518m   868.580581m
    1.860000n   845.836415m   814.062514m   868.606236m
    1.880000n   845.878064m   814.123231m   868.632723m
    1.900000n   845.920562m   814.184971m   868.660761m
    1.920000n   845.963347m   814.249465m   868.687582m
    1.940000n   846.004076m   814.312563m   868.712130m
    1.960000n   846.044111m   814.371907m   868.737542m
    1.980000n   846.085293m   814.432404m   868.764570m
|
| End [Model] TX1N
|
| End [Component] DDP3020
|
[End]

- --Unkindness_of_Ravens_675_000--
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End of ibis-users V1 #59
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