But how do you extract .lib files from the technologies? If I wanted to use cadence’s gpdk090, for example, how could I extract it? I know it’s possible to extract a spectre based netlist, but I’m not sure if it’s possible for other simulator.
gpdk090 is written using cadence's spectre language, which means that it can only be simulated with spectre, which this tool does not support. Why? Because almost all pdks support hspice. So, there's no point in having support for just a few cadence pdks.
What you saw in the video is my notes for making the video. If you want to learn how to use the gmid method, consult this book: www.cambridge.org/core/books/systematic-design-of-analog-cmos-circuits/A07A705132E9DE52749F65EB63565CE0
Is this python setup work for skywater 130nm pdk (open source) ?
Sir could you please share your notes which you used to make the video 😊
Great video. Can you please also provide the link of the document "The gm/Id Design Methodology"? Thank you.
I would also love a copy of "The gm/Id Design Methodology", thank you
But how do you extract .lib files from the technologies? If I wanted to use cadence’s gpdk090, for example, how could I extract it? I know it’s possible to extract a spectre based netlist, but I’m not sure if it’s possible for other simulator.
gpdk090 is written using cadence's spectre language, which means that it can only be simulated with spectre, which this tool does not support. Why? Because almost all pdks support hspice. So, there's no point in having support for just a few cadence pdks.
Are there query scripts?
Thanks so so much sir for this video! just a question: is it possible for you to share the document? Cheers!
What you saw in the video is my notes for making the video. If you want to learn how to use the gmid method, consult this book: www.cambridge.org/core/books/systematic-design-of-analog-cmos-circuits/A07A705132E9DE52749F65EB63565CE0
Which software are you using to edit .tm files ??
TeXmacs.
Sir can you please share the nmos and pmos library?
These are freely available online: github.com/baichen318/FreePDK45/tree/main/FreePDK45/ncsu_basekit/models/hspice/tran_models
Nice video, try doing the same common source amplifier with active load.