RE: [SI-LIST] : specctraquest waveform sims fail with design link and buffer delays on the fly......

About this list Date view Thread view Subject view Author view

From: Todd Westerhoff ([email protected])
Date: Wed May 09 2001 - 13:37:40 PDT


Mike -

Sorry, I missed the part about calculating buffer delays in the model editor
working correctly.

Same idea, different technique - if you extract the design-linked net into
SigXp, do you see anything that looks wrong?

Todd.
  ----Original Message-----
  From: [email protected]
[mailto:[email protected]]On Behalf Of Greim, Michael
  Sent: Wednesday, May 09, 2001 3:32 PM
  To: [email protected]
  Cc: Greim, Michael
  Subject: [SI-LIST] : specctraquest waveform sims fail with design link and
buffer delays on the fly......

  Hi All,

  I am seeing something odd in specctraquest 13.6 and wanted to
  solicit your opinion to see if this is a feature of the tool or
  perhaps something else is going on. Simply put, any time
  that I try a waveform simulation that includes a design link
  and calculates buffer delays on the fly, the simulation fails
  at all three speeds. If I run the sim using delays from the library,
  the simulation passes and when I calculate buffer delays in
  the model editor that passes as well. In both cases I am in
  clined to believe the results.

  Any thoughts?

  Best Regards,

  Michael C. Greim Sonus Networks
  [email protected] 978-589-8336

  Making the world safe for digital signals everywhere

  And all this science I don't understand
  It's just my job six days a week

  The time is gone. The email's over
  Thought I'd something more to say......

**** To unsubscribe from si-list or si-list-digest: send e-mail to
[email protected]. In the BODY of message put: UNSUBSCRIBE
si-list or UNSUBSCRIBE si-list-digest, for more help, put HELP.
si-list archives are accessible at http://www.qsl.net/wb6tpu
****


About this list Date view Thread view Subject view Author view

This archive was generated by hypermail 2b29 : Thu Jun 21 2001 - 10:11:52 PDT