#Pin subcircuit glitch multisim 12 how to
#Pin subcircuit glitch multisim 12 software

* LVT Logic Family Single Buffered Inverter using nominal parameters Also note that the package parasitics from lvtpkps.s are not present here. The 'nominal parameters' from nomps.lib were used. If a 74LVT1G04 existed it would be more equivalent to that (see 74LVC1G04 to see what I'm talking about). With that disclaimer.below is the 74LVT04.lib file which simulates a single gate when calling a single instance of 74LVT04. It's a little more complicated than the other two, so I might have screwed something up in the process. I have previously only massaged Philips/NXP/Nexperia logic models from the HCT and LVC families, but took a stab at the LVT since you specifically requested the 74LVT04 in the question comments.

#Pin subcircuit glitch multisim 12 software

*Not asking for a software recommendation as I have a few.

#Pin subcircuit glitch multisim 12 how to

Question: How to simulate these 74LVTxx models?* Does this cir file need to be flattened by hand? * NOMINAL, SLOW, AND FAST FAB PROCESS CORNERS * UNCOMMENT ONLY THE DEVICE MODEL FILE DESIRED * Revision Comment: Subcircuits added for expansion of available LVT Only Cadence PSpice could 'simulate' the lvtps.cir file, but that doesn't help me add a 74LVTxx chip to a schematic. Editing a similar part with this *.cir in the DB editor led to many, many errors. Trying to import this into Multisim resulted in an unconnected spaghetti network. I went to NXP and downloaded the circa 1999 PSpice file holding a family of 74LVP models called lvtps.cir. Packages like Multisim and OrCad only have the basic models (e.g. I'd like to simulate the digital 74LVTxx chips with their analog characteristics.