From: owner-ibis-users@eda.org (ibis-users) To: ibis-users-digest@eda.org Subject: ibis-users V1 #115 Reply-To: Sender: owner-ibis-users@eda.org Errors-To: owner-ibis-users@eda.org Precedence: bulk ibis-users Wednesday, March 26 2008 Volume 01 : Number 115 ---------------------------------------------------------------------- Date: Wed, 19 Mar 2008 13:21:05 +0200 From: "Michael Fishman" Subject: Re: [IBIS-Users] putting together typ/min/max data in ibis file - ------=_Part_15564_3793197.1205925665676 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Content-Disposition: inline Hi Anand, I dont know what do you mean by Vcm shift in your simulations, but about I-V data collection/generation process itself I can say the following. First of all, your way to generate pulldown/pullup data for corners is correct. But I think you have problem when dealing with clamping currents. In two words - you need to subtruct the clamping current BEFORE you do any transformation/manipulation/splitting of the simulated data, I mean - first run all simulations with appropriate sweeps, subtruct what you need and then format the resulted data into IBIS file. So, I suggest the following algorithm in your case of 1.8V (+-10%) supply: 1) Run pulldown enabled (buffer drives zero, enable is active) simulation for each corner with the same sweep range of PAD voltage [-1.8;3.6]V. 2) Run pullup enabled (buffer drives one, enable is active) simulation for each corner with different sweep range of PAD voltage: [-1.8;3.6]V for typ, [-1.9;3.5]V for min, [-1.7;3.7]V for max. 3) Run high-impedance state (*buffer is disabled, no matter what is input data. Be careful here, if the input still affect the output in some way, lets say via some configurable terminator structures, you should do this step separately for "driving" zero and "driving" one situations*) simulations for each corner with the same sweep range of PAD voltage [-1.9 ;3.7]V. 4) Subtract current data of (3) in range [-1.8;3.6] from current data of (1) in each corner accordingly. Resulted data is ready for [Puldown] ground-relative IBIS table. 5) Subtract current data of (3) from current data of (2) when using appropriate voltage range of (3) data: [-1.8;3.6]V for typ, [-1.9;3.5]V for min, [-1.7;3.7]V for max. The resulted data need to be transform by Vtable=VCC-Vpad in order to be [Pullup] VCC-relative IBIS table. 6) "Split" (3) current data as following: GND [-1.8;1.8] & POWER [1.8;3.6] for typ, GND [-1.8;1.8] & POWER [1.7;3.5] for min, GND [-1.8;1.8] & POWER [1.9;3.7] for max Three currents columns of what we called GND are ready for [GND Clamp] ground-relative IBIS table. 7) Take three currents columns of what we called POWER in (6) and override the first value of typ column (for 1.8V) and two first values of min column (for 1.7V, 1.8V) with numeric zero (0.00A) value. This step is for avoiding double counting of the currents from [GND Clamp] and [POWER Clamp] by IBIS simulator (*actually the error from double counting in this case is neglected because current through power clamping diode near around the VCC is very small, so it is for your decision*). 8) Transform the POWER data by Vtable=VCC-Vpad and put it into IBIS file as [POWER Clamp] vcc-related table. Hope it helps (of course if you are still around and reading this :)), Michael. - -- Michael Fishman, Consulting Engineer, iDEA++ Ltd. http://www.ideapplications.net/index.php?page=5 On 3/18/08, Anand Ramalingam wrote: > > Hi All, > > > > I am putting together data from typ/min/max corners in a single ibis file. > > I am not sure whether I am doing this in a correct manner > > for GND/PWR clamp curves and Pulldown/Pullup curves. > > This is because I see the shift in Vcm for min/max cases when > > simulate using the ibis files I have generated. > > > > I read through the cookbook but I think it does not answer what I was > looking for. > > > > Let me explain how I generate data for different corners for > > pulldown, pullup and gnd/pwr clamps. > > > > typ corner: vdd(typ) = 1.8 V > > min corner: vdd(min) = 1.7 V > > max corner: vdd(max) = 1.9 V > > > > vss = 0 for all corners. > > > > * PULLDOWN: > > > > typ/min/max: > > > > Generate I-V curves with voltage being swept form [-1.8, 3.6]V > > for all corners. > > > > * PULLUP: > > > > (1) typ: > > > > Generate I-V curves with voltage being swept form [-1.8, 3.6]V. > > Since vdd(typ) = 1.8 v translate the voltages to > > 1.8-[-1.8, 3.6] = [3.6, -1.8] > > > > (2) min: > > > > Generate I-V curves with voltage being swept form [-1.9, 3.5]V. > > Since vdd(min) = 1.7 v translate the voltages to > > 1.7-[-1.9, 3.5] = [3.6, -1.8] > > > > (3) max: > > > > Generate I-V curves with voltage being swept form [-1.7, 3.7]V. > > Since vdd(max) = 1.9 v translate the voltages to > > 1.9-[-1.7, 3.7] = [3.6, -1.8] > > > > Before writing the pullup and pulldown data to ibis file > > I subtract the clamp current from the pullup/pulldown currents. > > Generation of clamp current is described next. > > > > * CLAMP CURRENTS > > > > (1) typ: > > > > * For clamp data generate currents in the following voltage range > > [-1.8:0.1:3.6] V //[start:incr:end] > > > > and then split the data such that > > GND Clamp: contains currents from [-1.8, 1.7] > > PWR Clamp: contains currents from [1.8, 3.6] > > Since PWR Clamp is written wrt to vdd(typ) > > the voltages that are written to the ibis file is: > > 1.8-[1.8, 3.6] = [0, -1.8] > > > > (2) min: > > > > * For clamp data generate currents in the following voltage range > > [-1.8:0.1:3.5] V //[start:incr:end] > > > > and then split the data such that > > GND Clamp: contains currents from [-1.8, 1.7] > > PWR Clamp: contains currents from [1.7, 3.5] > > Since PWR Clamp is written wrt to vdd(min) > > the voltages that are written to the ibis file is: > > 1.7-[1.7, 3.5] = [0, -1.8] > > > > * min clamp data has the current corresponding to 1.7 being > > present in GND clamp (as 1.7 V) and also in PWR clamp (0 V). > > > > (3) max: > > > > * For clamp data generate currents in the following voltage range > > [-1.8:0.1:3.7] V //[start:incr:end] > > > > and then split the data such that > > GND Clamp: contains currents from [-1.8, 1.7] > > PWR Clamp: contains currents from [1.9, 3.7] > > Since PWR Clamp is written wrt to vdd(max) > > the voltages that are written to the ibis file is: > > 1.9-[1.9, 3.7] = [0, -1.8] > > > > * max clamp data skips the data corresponding to 1.8 V. > > It is not contained either in GND clamp or in PWR clamp. > > > > > > Here are my questions. > > (Hopefully someone is still around and reading this!) > > > > 1) The most obvious question, > > Is my data generation correct? > > > > 2) Assuming my data generation is correct: > > Is the following subtraction right? > > > > * min: > > Pulldown data [-1.8, 3.6] is subtracted by > > clamp data {[-1.8, 1.7] U [1.7, 3.5]} > > * Pulldown data [1.8, 3.6] is subtracted > > by clamp data in the range [1.7, 3.5] > > > > * max: > > Pulldown data [-1.8, 3.6] is subtracted by > > clamp data {[-1.8, 1.7] U [1.9, 3.7]} > > * Pulldown data [1.8, 3.6] is subtracted > > by clamp data in the range [1.9, 3.7] > > > > > > There is a shift by 0.1 V in these subtractions > > (the same thing can be observed for Pullup data) > > and I think this is causing the shift in the Vcm for > > min/max corners. > > > > > > Can someone point out my errors and point to right docs for > > which show the right way to do the slicing/dicing for > > typ/min/max data. > > > > > > Thanks for your patient reading. > > Anand > > -- > This message has been scanned for viruses and > dangerous content by *MailScanner* , and is > believed to be clean. - -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------=_Part_15564_3793197.1205925665676 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Content-Disposition: inline
Hi Anand,
I dont know what do you mean by Vcm shift in your simulations, but about I-V data collection/generation process itself I can say the following. First of all, your way to generate pulldown/pullup data for corners is correct. But I think you have problem when dealing with clamping currents. In two words - you need to subtruct the clamping current BEFORE you do any transformation/manipulation/splitting of the simulated data, I mean - first run all simulations with appropriate sweeps, subtruct what you need and then format the resulted data into IBIS file.
 
So, I suggest the following algorithm in your case of 1.8V (+-10%) supply: 
 
1) Run pulldown enabled (buffer drives zero, enable is active) simulation for each corner with the same sweep range of PAD voltage [-1.8;3.6]V.
 
2) Run pullup enabled (buffer drives one, enable is active) simulation for each corner with different sweep range of PAD voltage:  [-1.8;3.6]V for typ,  [-1.9;3.5]V for min, [-1.7;3.7]V for max.
 
3) Run high-impedance state (buffer is disabled, no matter what is input data. Be careful here, if the input still affect the output in some way, lets say via some configurable terminator structures, you should do this step separately for "driving" zero and "driving" one situations) simulations for each corner with the same sweep range of PAD voltage [-1.9;3.7]V.
 
4) Subtract current data of (3) in range [-1.8;3.6] from current data of (1) in each corner accordingly. Resulted data is ready for [Puldown] ground-relative IBIS table. 
 
5) Subtract current data of (3) from current data of (2) when using appropriate voltage range of (3) data: [-1.8;3.6]V for typ,  [-1.9;3.5]V for min, [-1.7;3.7]V for max. The resulted data need to be transform by Vtable=VCC-Vpad in order to be [Pullup] VCC-relative IBIS table.
 
6) "Split" (3) current data as following:
    GND [-1.8;1.8] & POWER [1.8;3.6]  for typ,
    GND [-1.8;1.8] & POWER [1.7;3.5]  for min,
    GND [-1.8;1.8] & POWER [1.9;3.7]  for max
  Three currents columns of what we called GND are ready for [GND Clamp] ground-relative IBIS table. 
 
7) Take three currents columns of what we called POWER in (6) and override the first value of typ column (for 1.8V) and two first values of min column (for 1.7V, 1.8V) with numeric zero (0.00A) value. This step is for avoiding double counting of the currents from [GND Clamp] and [POWER Clamp] by IBIS simulator (actually the error from double counting in this case is neglected because current through power clamping diode near around the VCC is very small, so it is for your decision).  
 
8) Transform the POWER data by Vtable=VCC-Vpad and put it into IBIS file as [POWER Clamp] vcc-related table.
 
Hope it helps (of course if you are still around and reading this :)),
         Michael.

--
Michael Fishman,
Consulting Engineer,
iDEA++ Ltd.
http://www.ideapplications.net/index.php?page=5
 
 
On 3/18/08, Anand Ramalingam <anandr@magma-da.com> wrote:

Hi All,

 

I am putting together data from typ/min/max corners in a single ibis file.

I am not sure whether I am doing this in a correct manner

for GND/PWR clamp curves and Pulldown/Pullup curves.

This is because I see the shift in Vcm for min/max cases when

simulate using the ibis files I have generated.

 

I read through the cookbook but I think it does not answer what I was looking for.

 

Let me explain how I generate data for different corners for

pulldown, pullup and gnd/pwr clamps.

 

typ corner: vdd(typ) = 1.8 V

min corner: vdd(min) = 1.7 V

max corner: vdd(max) = 1.9 V

 

vss = 0 for all corners.

 

* PULLDOWN:

 

typ/min/max:

 

Generate I-V curves with voltage being swept form [-1.8, 3.6]V

for all corners.

 

* PULLUP:

 

(1) typ:

 

Generate I-V curves with voltage being swept form [-1.8, 3.6]V.

Since vdd(typ) = 1.8 v translate the voltages to

1.8-[-1.8, 3.6] = [3.6, -1.8]

 

(2) min:

 

Generate I-V curves with voltage being swept form [-1.9, 3.5]V.

Since vdd(min) = 1.7 v translate the voltages to

1.7-[-1.9, 3.5] = [3.6, -1.8]

 

(3) max:

 

Generate I-V curves with voltage being swept form [-1.7, 3.7]V.

Since vdd(max) = 1.9 v translate the voltages to

1.9-[-1.7, 3.7] = [3.6, -1.8]

 

Before writing the pullup and pulldown data to ibis file

I subtract the clamp current from the pullup/pulldown currents.

Generation of clamp current is described next.

 

* CLAMP CURRENTS

 

(1) typ:

 

* For clamp data generate currents in the following voltage range

[-1.8:0.1:3.6] V //[start:incr:end]

 

and then split the data such that

GND Clamp: contains currents from [-1.8, 1.7]

PWR Clamp: contains currents from [1.8, 3.6]

    Since PWR Clamp is written wrt to vdd(typ)

    the voltages that are written to the ibis file is:

    1.8-[1.8, 3.6] = [0, -1.8]

 

(2) min:

 

* For clamp data generate currents in the following voltage range

[-1.8:0.1:3.5] V //[start:incr:end]

 

and then split the data such that

GND Clamp: contains currents from [-1.8, 1.7]

PWR Clamp: contains currents from [1.7, 3.5]

    Since PWR Clamp is written wrt to vdd(min)

    the voltages that are written to the ibis file is:

    1.7-[1.7, 3.5] = [0, -1.8]

 

* min clamp data has the current corresponding to 1.7 being

present in GND clamp (as 1.7 V) and also in PWR clamp (0 V).

 

(3) max:

 

* For clamp data generate currents in the following voltage range

[-1.8:0.1:3.7] V //[start:incr:end]

 

and then split the data such that

GND Clamp: contains currents from [-1.8, 1.7]

PWR Clamp: contains currents from [1.9, 3.7]

    Since PWR Clamp is written wrt to vdd(max)

    the voltages that are written to the ibis file is:

    1.9-[1.9, 3.7] = [0, -1.8]

 

* max clamp data skips the data corresponding to 1.8 V.

It is not contained either in GND clamp or in PWR clamp.

 

 

Here are my questions.

(Hopefully someone is still around and reading this!)

 

1) The most obvious question,

Is my data generation correct?

 

2) Assuming my data generation is correct:

Is the following subtraction right?

 

  * min:

  Pulldown data [-1.8, 3.6] is subtracted by

  clamp data {[-1.8, 1.7] U [1.7, 3.5]}

    * Pulldown data [1.8, 3.6] is subtracted

      by clamp data  in the range [1.7, 3.5]

 

  * max:

  Pulldown data [-1.8, 3.6] is subtracted by

  clamp data {[-1.8, 1.7] U [1.9, 3.7]}

    * Pulldown data [1.8, 3.6] is subtracted

      by clamp data in the range [1.9, 3.7]

 

 

  There is a shift by 0.1 V in these subtractions

  (the same thing can be observed for Pullup data)

  and I think this is causing the shift in the Vcm for

  min/max corners.

 

 

Can someone point out my errors and point to right docs for

which show the right way to do the slicing/dicing for

typ/min/max data.

 

 

Thanks for your patient reading.

Anand


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This message has been scanned for viruses and
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believed to be clean. - ------=_Part_15564_3793197.1205925665676-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 19 Mar 2008 18:31:34 +0530 From: "Muniswara Reddy Vorugu" Subject: [IBIS-Users] Clarification of Metrics in qualifing an LVDS buffer. This is a multi-part message in MIME format. - ------_=_NextPart_001_01C889C1.5C067C6C Content-Type: multipart/alternative; boundary="----_=_NextPart_002_01C889C1.5C067C6C" - ------_=_NextPart_002_01C889C1.5C067C6C Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, I am qualifying an LVDS buffer, Added to syntax check ( ibischk4) and visual check (hyperlynx) I am doing the following experiment in H-spice =20 For qualifying the transmitter at system level, I am following the following set-up =20 (+ve) Tx_padP <=3D=3D=3D=3D=3D=3D=3D=3D> txline(Z0=3D50) <=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D> | =20 R =3D 100 (Resistor termination) (-ve) Tx_padN <=3D=3D=3D=3D=3D=3D=3D=3D> txline(Z0=3D50) <=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D> | =20 Total round trip delay of Transmission line is 240ps and a square wave of 5 ns pulse width is transmitted=20=20 =20 With this kind of set-up I am qualifying model I against the extracted spice netlist. =20 What is the best qualifying parameter?=20 Is verifying against Differential mode voltage { ( V( padN) - V( padP ) ) / 2 } sufficient Or=20 need to look at Common mode Voltage { ( V( padN) + V( padP ) ) / 2 } Or=20 Matching both the signal =20 The correlation that I am getting is as shown in figure. Can you make a comment on the quality and the correlation of the model?=20 =20 =20 Thank you, Muniswara Reddy . V Design engineer, PIPD-IO group, Bangalore. =20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_002_01C889C1.5C067C6C Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi,

I am qualifying an LVDS buffer,=

Added to syntax check ( ibischk4) and visual check (hyperlynx) I am doing the following experiment in H-spice

 

For qualifying the transmitter at system level, I am following the following set-up

 

 (+ve)   Tx_padP    <=3D=3D=3D=3D=3D=3D=3D=3D> txline(Z0=3D50) <=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D> |

         &n= bsp;            = ;            &n= bsp;            = ;            &n= bsp;            = ;            R =3D 100   (Resistor termination)

  (-ve)<= /b>   Tx_padN    &l= t;=3D=3D=3D=3D=3D=3D=3D=3D> txline(Z0=3D50) <=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D> |

 

Total round trip delay of Transmission line is 240ps   and a square wave o= f 5 ns pulse width is transmitted  = ;

 

With this kind of set-up I am qualifying model I against= the extracted spice netlist.

 

What is the best qualifying parameter?

Is verifying against       = ;Differential mode voltage  {   (  V( padN)  - V( padP ) ) / 2  }     sufficient

Or

need to look at              Common mode Voltage {   (  V( padN)  +  V( padP ) ) / 2  }

Or

Matching both the signal

 

The correlation that I am getting is as shown in figure.= Can you make a comment on the quality and the correlation of the model?

 

Thank you,

Muniswara Reddy . V

Design engineer, PIPD-IO group,

Bangalore.

 


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FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAQNY2j3 TXTWsLXDxeS0pjBdo852E9duTnHSqdp4b0HT5jNZaJp1tKVKl4bVEYqeoyB0 NFFACT+F/D10IhcaDpswhjEUfmWkbbEHRRkcAZPHvVttOsXsVsHsrdrRAoW3 MSmNQpBUBcYGCBj0wKKKAJFtbdLp7pbeJbiRQjyhAHZR0BPUgZP51FJpenyx XEUlhbPHdNuuEaFSJjgDLDHzHAA59KKKAJre3gtLdLe2hjghjG1I41Cqo9AB wBVaXRdKns2spdMs5LV3MjQPApRmJyWK4xnPOaKKAJYbCzt7P7HBaQRW23b5 KRhU29MbRxioZ9HsZ4LO3NuiQWUqSwRRoFVCn3cDHAHtjpjpkEooAnvbGz1K 2a2vrSC6gYgmKeMOpI6cHio7rSdNvlhW80+1uFtyDCJoVcRkdCuRx+FFFAE8 cEMTySRwojykF2VQC5AwM+vAA/Cok06xjhnhSyt0iuHZ5kWJQsjN95mGOSe5 PWiigBLbS9Ps0iS1sLaBIM+UsUKqI89duBxn2qtF4a0G3vRew6Jp0d0GLidL VA4Y9TuAzn3oooAtQadY2t1PdW9lbw3FyQZpY4lV5cdNxAyfxpLbTLCyEwtL G2txcMXmEUSr5jHqWwOT7miigBbHTbHTIPI0+yt7OLOfLt4ljXP0AqzRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFAH//2Q== - ------_=_NextPart_001_01C889C1.5C067C6C-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 19 Mar 2008 10:13:01 -0700 From: "Anand Ramalingam" Subject: RE: [IBIS-Users] putting together typ/min/max data in ibis file This is a multi-part message in MIME format. - ------_=_NextPart_001_01C889E4.7D140013 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable =20 Hi Michael, =20 Thanks for your detailed email.=20 =20 I dont know what do you mean by Vcm shift in your simulations, but about I-V data collection/generation process itself I can say the following. First of all, your way to generate pulldown/pullup data for corners is correct. But I think you have problem when dealing with clamping currents. In two words - you need to subtruct the clamping current BEFORE you do any transformation/manipulation/splitting of the simulated data, I mean - first run all simulations with appropriate sweeps, subtruct what you need and then format the resulted data into IBIS file. %----------------------------------------------------------------------- - --------------------------------- =20 [Anand]=20 =20 You have correctly pointed out that the clamp currents are the problem.=20 %----------------------------------------------------------------------- - --------------------------------- =20 So, I suggest the following algorithm in your case of 1.8V (+-10%) supply:=20 =20 1) Run pulldown enabled (buffer drives zero, enable is active) simulation for each corner with the same sweep range of PAD voltage [-1.8;3.6]V.=20 =20 2) Run pullup enabled (buffer drives one, enable is active) simulation for each corner with different sweep range of PAD voltage: [-1.8;3.6]V for typ, [-1.9;3.5]V for min, [-1.7;3.7]V for max. =20 3) Run high-impedance state (buffer is disabled, no matter what is input data. Be careful here, if the input still affect the output in some way, lets say via some configurable terminator structures, you should do this step separately for "driving" zero and "driving" one situations) simulations for each corner with the same sweep range of PAD voltage [-1.9;3.7]V. =20 4) Subtract current data of (3) in range [-1.8;3.6] from current data of (1) in each corner accordingly. Resulted data is ready for [Puldown] ground-relative IBIS table.=20 =20 5) Subtract current data of (3) from current data of (2) when using appropriate voltage range of (3) data: [-1.8;3.6]V for typ, [-1.9;3.5]V for min, [-1.7;3.7]V for max. The resulted data need to be transform by Vtable=3DVCC-Vpad in order to be [Pullup] VCC-relative IBIS table.=20 %----------------------------------------------------------------------- - --------------------------------- =20 [Anand]=20=20 =20 To make sure I understood this correctly let me write this down for min corner. =20 vdd(min) =3D 1.7 V=20 vdd(typ) =3D 1.8 V =20 Pulldown: sweep in the range [-1.8, 3.6] V=20 * Subtract the clamp currents which were obtained in the range [-1.8, 3.6] V =20 Pullup: sweep in the range [-1.9, 3.5] V=20 * Subtract the clamp currents which were obtained in the range [-1.9, 3.5] V (For pullup since they are vdd referenced, this turns out to be 1.7 - [-1.9, 3.5] =3D [3.6, -1.8]) %----------------------------------------------------------------------- - --------------------------------- =20 6) "Split" (3) current data as following: GND [-1.8;1.8] & POWER [1.8;3.6] for typ, GND [-1.8;1.8] & POWER [1.7;3.5] for min, GND [-1.8;1.8] & POWER [1.9;3.7] for max Three currents columns of what we called GND are ready for [GND Clamp] ground-relative IBIS table.=20 =20 =20 %----------------------------------------------------------------------- - --------------------------------- =20 [Anand]=20=20 =20 This is where I am not sure what do. =20 Using min corner as an example. =20 Pulldown: the clamp data spans the range [-1.8, 3.6] Pullup: the clamp data spans the range [-1.9, 3.5] =20 Using Michael's method, GND [-1.8;1.8] // misses the current corresponding to -1.9 V which was used to subtract pullup data. PWR [1.7;3.5] // misses the current corresponding to 3.6 V which was used to subtract pulldown data =20 This is the reason why I thought: 1) figure out the clamp currents first and=20 2) subtract the clamp currents from pullup/pulldown data.=20 =20 %----------------------------------------------------------------------- - --------------------------------- =20 [Anand]=20 =20 For the output pins, one way to get out of this situation is to delete=20 the [PWR Clamp] and [GND Clamp] tables and have everything in=20 the pullup/pulldown tables. I think this takes away the ability to simulate when the cell is disabled. Is there any disadvantages due to this deletion=20 of [Clamp] tables? =20 For the input pins, I hope steps (6)-(8) suggested by Michael should be sufficient. =20 Please correct me if I am wrong. =20 Thanks for your patient reading Anand %----------------------------------------------------------------------- - --------------------------------- =20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_001_01C889E4.7D140013 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

 

Hi Michael,

 

Thanks for your detailed email. <= /o:p>

<= span style=3D'font-size:12.0pt;color:navy'> 

I dont know what do you mean by Vcm shift in your simulations, but about I-V data collection/generation process itself I can say the following. First of all, your way to generate pulldown/pullup data for corn= ers is correct. But I think you have problem when dealing with clamping current= s. In two words - you need to subtruct the clamping current BEFORE you do= any transformation/manipulation/splitting of the simulated data, I mean - - first run all simulations with appropriate sweeps, subtruct what you need and then format the resulted data into IBIS file.=

%-------------------------------------= - -------------------------------------------------------------------

<= span style=3D'font-size:12.0pt;color:navy'> 

[Anand]

 

You have correctly pointed out that the clamp currents are the problem.

%-------------------------------------= - -------------------------------------------------------------------

 

So, I suggest the following algorithm in your case of 1.8V (+-= 10%) supply: 

 

1) Run pulldown enabled (buffer drives zero, enable is active) simulation for each corner with the same sweep range of PAD voltage [-1.8;3.6]V.

 

2) Run pullup enabled (buffer drives one, enable is active) simulat= ion for each corner with different sweep range of PAD voltage:  [-1.8;3.6]V for typ,  [-1.9;3.5]V for min, [-1.7;3.7]V for max.
 

3) Run high-impedance state (= buffer is disabled, no matter what is input data. Be careful here, if the input st= ill affect the output in some way, lets say via some configurable terminator structures, you should do this step separately for "driving" zero= and "driving" one situations) simulations for each co= rner with the same sweep range of PAD voltage [-1.9;3.7]V.

 
4) Subtract current data of (3) in range [-1.8;3.6] from current data = of (1) in each corner accordingly. Resulted data is ready for [Puldown] ground-relative IBIS table. 

 

5) Subtract current data of (3) from current data of (2) when using appropriate voltage range of (3) data: [-1.8;3.6]V for typ,  [-1.9;3.5]V for min, [-1.7;3.7]V for max. The resulted data need to be transform by Vtable=3DVCC-Vpad in order to be [Pullup] VCC-relat= ive IBIS table.

%-------------------------------------= - -------------------------------------------------------------------

 

 [Anand]  =

 

To make sure I understood this correct= ly let me write this down for min corner.

 

vdd(min) =3D 1.7 V <= /font>

vdd(typ)  =3D 1.8 V

 

Pulldown: sweep in the range [-1.8, 3.= 6] V

      &n= bsp;     * Subtract the clamp currents which were obtained in the range [-1.8, 3.6] V<= o:p>

 

Pullup: sweep in the range [-1.9, 3.5]= V

      &n= bsp;     * Subtract the clamp currents which were obtained in the range [-1.9, 3.5] V<= o:p>

(For pullup since they are vdd referen= ced, this turns out to be 1.7 – [-1.9, 3.5] =3D [3.6, -1.8])

%-------------------------------------= - -------------------------------------------------------------------

 

6) "Split" (3) current data as following:

    GND [-1.8;1.8] & POWER [1.8;3.6]  for t= yp,

    GND [-1.8;1.8] & POWER [1.7;3.5]  = for min,

    GND [-1.8;1.8] & POWER [1.9;3.7]  = for max

  Three currents columns of what we called GND are ready = for [GND Clamp] ground-relative IBIS table. 

 

 

%-------------------------------------= - -------------------------------------------------------------------

 

 [Anand]  =

 

This is where I am not sure what do.

 

Using min corner as an example.

 

Pulldown: the clamp data spans the ran= ge [-1.8, 3.6]

Pullup: the clamp data spans the range= [-1.9, 3.5]

 

Using Michael’s method,

GND [-1.8;1.8] // misses the current corresponding to -1.9 V which was used to subtract pullup data.<= /span>

PWR [1.7;3.5] // misses the current corresponding to 3.6 V which was used to subtract pulldown data<= /span>

 

This is the reason why I thought:=

1)     figure out the clamp currents first and

2)     subtract the clamp currents from pullup/pulldown data.

 

%-------------------------------------= - -------------------------------------------------------------------

<= span style=3D'font-size:12.0pt;color:navy'> 

<= span style=3D'font-size:12.0pt;color:navy'>[Anand]

<= span style=3D'font-size:12.0pt;color:navy'> 

<= span style=3D'font-size:12.0pt;color:navy'>For the output pins, one way to get o= ut of this situation is to delete

<= span style=3D'font-size:12.0pt;color:navy'>the [PWR Clamp] and [GND Clamp] table= s and have everything in

<= span style=3D'font-size:12.0pt;color:navy'>the pullup/pulldown tables. I think t= his takes away the ability to simulate

<= span style=3D'font-size:12.0pt;color:navy'>when the cell is disabled. Is there a= ny disadvantages due to this deletion

<= span style=3D'font-size:12.0pt;color:navy'>of [Clamp] tables?<= /font>

<= span style=3D'font-size:12.0pt;color:navy'> 

<= span style=3D'font-size:12.0pt;color:navy'>For the input pins, I hope steps (6)-= (8) suggested by Michael should be sufficient.

<= span style=3D'font-size:12.0pt;color:navy'> 

<= span style=3D'font-size:12.0pt;color:navy'>Please correct me if I am wrong.=

<= span style=3D'font-size:12.0pt;color:navy'> 

Thanks for your patient reading

Anand

%-------------------------------------= - -------------------------------------------------------------------

 


--=20
This message has been scanned for viruses and
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believed to be clean. - ------_=_NextPart_001_01C889E4.7D140013-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Tue, 25 Mar 2008 12:49:00 +0530 From: "Shrikant G Kadadevar" Subject: [IBIS-Users] Use of Rref declaration in differential signals Hello All, Suppose I am using the differential receiver and has the input termination resistor of 100Ohm at the input. And suppose we have mentioned the Rref as 50Ohm (Rload/2) and R_load as 50Ohm. During the validation are we suppose to still add the 100Ohm at the input of the receiver or Rref takes care for it. How actually Rref and R_load differ. Thanking you Shrikant GK - -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 26 Mar 2008 19:24:21 +0530 From: "gaurav Singh" Subject: [IBIS-Users] Reg Vref, Vmeas and Vload This is a multipart message in MIME format. - ------=_NextPart_000_0005_01C88F76.FEAFDBF0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit I am confused about how Vref and Vmeas are used in the IBIS model. Also, what these values should represent. Can anyone help me out with this or guide me to some text where I can read about the same. Thanks, Gaurav - -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------=_NextPart_000_0005_01C88F76.FEAFDBF0 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

I am confused about how Vref and Vmeas are used in the= IBIS model. Also, what these values should represent. Can anyone help me out with this or guide me to some text where I can read about the same.

 

Thanks,

Gaurav


--=20
This message has been scanned for viruses and
dangerous content by MailScanner, and is
believed to be clean. - ------=_NextPart_000_0005_01C88F76.FEAFDBF0-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 26 Mar 2008 08:15:11 -0700 From: "Muranyi, Arpad" Subject: RE: [IBIS-Users] Reg Vref, Vmeas and Vload This is a multi-part message in MIME format. - ------_=_NextPart_001_01C88F54.2FEDDC8D Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable I would suggest that you look through the IBIS Cookbook: =20 http://www.vhdl.org/pub/ibis/cookbook/cookbook-v4.pdf =20 Arpad =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D ________________________________ From: owner-ibis-users@server.eda.org [mailto:owner-ibis-users@server.eda.org] On Behalf Of gaurav Singh Sent: Wednesday, March 26, 2008 6:54 AM To: ibis-users@server.eda.org Subject: [IBIS-Users] Reg Vref, Vmeas and Vload I am confused about how Vref and Vmeas are used in the IBIS model. Also, what these values should represent. Can anyone help me out with this or guide me to some text where I can read about the same. =20 Thanks, Gaurav=20 - --=20 This message has been scanned for viruses and=20 dangerous content by MailScanner , and is believed to be clean.=20 - --=20 This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - ------_=_NextPart_001_01C88F54.2FEDDC8D Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable
I would suggest that you look through the IBIS= =20 Cookbook:
&nbs= p;
http://www.v= hdl.org/pub/ibis/cookbook/cookbook-v4.pdf
&nbs= p;
Arpad
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D

From: owner-ibis-users@server.eda.org= =20 [mailto:owner-ibis-users@server.eda.org] On Behalf Of gaurav=20 Singh
Sent: Wednesday, March 26, 2008 6:54 AM
To:=20 ibis-users@server.eda.org
Subject: [IBIS-Users] Reg Vref, Vmeas a= nd=20 Vload

I am confused about how Vref and Vmeas are used in the= IBIS=20 model. Also, what these values should represent. Can anyone help me out wit= h=20 this or guide me to some text where I can read about the same.

 

Thanks,

Gaurav


--
This message ha= s been=20 scanned for viruses and
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be= lieved=20 to be clean.
--=20
This message has been scanned for viruses and
dangerous content by MailScanner, and is
believed to be clean. - ------_=_NextPart_001_01C88F54.2FEDDC8D-- - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 26 Mar 2008 09:39:13 -0700 From: "Muranyi, Arpad" Subject: [IBIS-Users] Port type with [External Circuit] Hello IBIS fans, We discovered a potential problem with the port types when using [External Circuit]s. The "Ports under [Model]s" section of the spec discusses the naming convention of the reserved port names used with [External Model]. | The first letter of the port name designates it as either digital ("D") or | analog ("A"). Reserved ports 1 through 13 listed above are assumed or | implied under the native IBIS [Model] keyword. Later, the "Ports under [External Model]s" section describes the port name rules for [External Circuit]s: | The [External Circuit] keyword allows the user to define any number of ports | and port functions on a circuit. The [Circuit Call] keyword instantiates | [External Circuit]s and connects their ports to specific die nodes (this can | include pads). In this way, the ports of an [External Circuit] declaration | become specific component die nodes. Note that, if reserved digital port | names are used with an [External Circuit], those ports will be connected | automatically as defined in the port list above (under [External Circuit], | reserved analog port names do not retain particular meanings). From these sections of the spec we know how to deal with the ports of [External Model]s, i.e. it is known what their type is, but there is a problem with [External Circuit]s. Other than the usage of the reserved digital port names, there is no way of knowing what the port type is for a user defined port name, because we do not have a mechanism to declare port types in IBIS. Unfortunately the [Node Declaration] keyword doesn't do more than list the die nodes and/or pads, so this keyword would not be useful to find out what the type of a port may be that is connected to it. This is a problem, because some tools need to know the type of a port in order to know how to connect things. Looking into the [External Circuit] to find out the port type may not be as easy as it sounds either if only compiled (or encrypted) models are available. I would like to make two suggestions: 1) If the "first letter rule" was only intended to apply to the reserved port names (to be honest, this is not 100 % clear to me from reading the spec.) we need to write a clarification BIRD to clear this up. 2) If the "first letter rule" doesn't apply to user defined port names, I would propose that we invent a port type declaration mechanism to declare the user defined port types. Any comments or questions are appreciated. Thanks, Arpad ============================================================================= - -- This message has been scanned for viruses anddangerous content by MailScanner, and isbelieved to be clean. - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 26 Mar 2008 15:57:18 -0800 From: Bob Ross Subject: [IBIS-Users] Re: [IBIS] Port type with [External Circuit] Arpad: A clarifcation per suggestion 1. is reasonable. You can make proposals regarding declaring the port type for user-defined ports. I think this will take some work and require revisiting a lot of old issues since a method already exists for converting ports using D_to_A and A_to_D. So, some implicit declaration method is already available. Bob Muranyi, Arpad wrote: > Hello IBIS fans, > > We discovered a potential problem with the port types when using > [External Circuit]s. > > The "Ports under [Model]s" section of the spec discusses the naming > convention of the reserved port names used with [External Model]. > > | The first letter of the port name designates it as either digital ("D") or > | analog ("A"). Reserved ports 1 through 13 listed above are assumed or > | implied under the native IBIS [Model] keyword. > > Later, the "Ports under [External Model]s" section describes the port name > rules for [External Circuit]s: > > | The [External Circuit] keyword allows the user to define any number of ports > | and port functions on a circuit. The [Circuit Call] keyword instantiates > | [External Circuit]s and connects their ports to specific die nodes (this can > | include pads). In this way, the ports of an [External Circuit] declaration > | become specific component die nodes. Note that, if reserved digital port > | names are used with an [External Circuit], those ports will be connected > | automatically as defined in the port list above (under [External Circuit], > | reserved analog port names do not retain particular meanings). > >>From these sections of the spec we know how to deal with the ports of > [External Model]s, i.e. it is known what their type is, but there is a > problem with [External Circuit]s. > > Other than the usage of the reserved digital port names, there is no way > of knowing what the port type is for a user defined port name, because we > do not have a mechanism to declare port types in IBIS. Unfortunately the > [Node Declaration] keyword doesn't do more than list the die nodes and/or > pads, so this keyword would not be useful to find out what the type of a > port may be that is connected to it. > > This is a problem, because some tools need to know the type of a port in > order to know how to connect things. Looking into the [External Circuit] > to find out the port type may not be as easy as it sounds either if only > compiled (or encrypted) models are available. > > I would like to make two suggestions: > > 1) If the "first letter rule" was only intended to apply to the reserved > port names (to be honest, this is not 100 % clear to me from reading the > spec.) we need to write a clarification BIRD to clear this up. > > 2) If the "first letter rule" doesn't apply to user defined port names, > I would propose that we invent a port type declaration mechanism to declare > the user defined port types. > > Any comments or questions are appreciated. > > Thanks, > > Arpad - -- Bob Ross Teraspeed Consulting Group LLC Teraspeed Labs 121 North River Drive 13610 SW Harness Lane Narragansett, RI 02882 Beaverton, OR 97008 401-284-1827 503-430-1065 http://www.teraspeed.com 503-246-8048 Direct bob@teraspeed.com Teraspeed is a registered service mark of Teraspeed Consulting Group LLC - -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ Date: Wed, 26 Mar 2008 16:16:53 -0700 From: "Muranyi, Arpad" Subject: [IBIS-Users] RE: [IBIS] Port type with [External Circuit] Bob, True, when A_to_D or D_to_A are used, the types are implicitly revealed. However, if we have none of those converters, the type is still not known. An example for that is shown in our favorite Figure 12 with node "nd1". If the connections to nd1 would come from [External Circuits] only, and their ports would all be user defined, we wouldn't know the type for them. I think this shouldn't be too hard to fix. One way would be to add a type column to the [Node Declaration] keyword. This would tell the tool what types it should expect in case all connections to it are with user defined port names. We could make this column required for those situations and optional for other situations. Arpad ========================================================= - -----Original Message----- From: Bob Ross [mailto:bob@teraspeed.com] Sent: Wednesday, March 26, 2008 4:57 PM To: Muranyi, Arpad Cc: ibis@server.eda.org; ibis-users@server.eda.org Subject: Re: [IBIS] Port type with [External Circuit] Arpad: A clarifcation per suggestion 1. is reasonable. You can make proposals regarding declaring the port type for user-defined ports. I think this will take some work and require revisiting a lot of old issues since a method already exists for converting ports using D_to_A and A_to_D. So, some implicit declaration method is already available. Bob Muranyi, Arpad wrote: > Hello IBIS fans, > > We discovered a potential problem with the port types when using > [External Circuit]s. > > The "Ports under [Model]s" section of the spec discusses the naming > convention of the reserved port names used with [External Model]. > > | The first letter of the port name designates it as either digital ("D") or > | analog ("A"). Reserved ports 1 through 13 listed above are assumed or > | implied under the native IBIS [Model] keyword. > > Later, the "Ports under [External Model]s" section describes the port name > rules for [External Circuit]s: > > | The [External Circuit] keyword allows the user to define any number of ports > | and port functions on a circuit. The [Circuit Call] keyword instantiates > | [External Circuit]s and connects their ports to specific die nodes (this can > | include pads). In this way, the ports of an [External Circuit] declaration > | become specific component die nodes. Note that, if reserved digital port > | names are used with an [External Circuit], those ports will be connected > | automatically as defined in the port list above (under [External Circuit], > | reserved analog port names do not retain particular meanings). > >>From these sections of the spec we know how to deal with the ports of > [External Model]s, i.e. it is known what their type is, but there is a > problem with [External Circuit]s. > > Other than the usage of the reserved digital port names, there is no way > of knowing what the port type is for a user defined port name, because we > do not have a mechanism to declare port types in IBIS. Unfortunately the > [Node Declaration] keyword doesn't do more than list the die nodes and/or > pads, so this keyword would not be useful to find out what the type of a > port may be that is connected to it. > > This is a problem, because some tools need to know the type of a port in > order to know how to connect things. Looking into the [External Circuit] > to find out the port type may not be as easy as it sounds either if only > compiled (or encrypted) models are available. > > I would like to make two suggestions: > > 1) If the "first letter rule" was only intended to apply to the reserved > port names (to be honest, this is not 100 % clear to me from reading the > spec.) we need to write a clarification BIRD to clear this up. > > 2) If the "first letter rule" doesn't apply to user defined port names, > I would propose that we invent a port type declaration mechanism to declare > the user defined port types. > > Any comments or questions are appreciated. > > Thanks, > > Arpad - -- Bob Ross Teraspeed Consulting Group LLC Teraspeed Labs 121 North River Drive 13610 SW Harness Lane Narragansett, RI 02882 Beaverton, OR 97008 401-284-1827 503-430-1065 http://www.teraspeed.com 503-246-8048 Direct bob@teraspeed.com Teraspeed is a registered service mark of Teraspeed Consulting Group LLC - -- This message has been scanned for viruses anddangerous content by MailScanner, and isbelieved to be clean. - -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis | subscribe ibis-users | unsubscribe ibis | unsubscribe ibis-users | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993 ------------------------------ End of ibis-users V1 #115 *************************