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if u know the statistics of ur pulses
just integrate the power supply current and findout power for one cycle of ur pulse
and multiply by the rate of pulses .....
to get average power
no need to generate random pulses
hei........
give the full path for pmos library u use
that will solve the problem of parameters
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schCreateWire() can connect between the terminals
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u can also create wire with dbCreateNet() but that won't be nicely editable
its difficult because many a times we split transistors to improve matching...
u can try making lists of components manipulate using filter functions
instatiate in schematics....
If its not a pcell
set icfb user preference-->log filter to be menu inputs and other inputs
copy the part of the log file............
copy it in a file with extesion .il
it will work
see the square law breaks down in submicron only EKV model can do hand calcs ......
i agree to the fact that the old handculations will be off by 60 70% ... so they are useless
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