NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
Very primitive buggy Editor. It reads 0V out ?? with erroneous Exponent.
Definitely a fault in LIB Model file...
I edited SCM macro file to change C:\user\willi... to H:\Downloads\DTC144EET1.LIB
NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
Very primitive buggy Editor. It reads 0V out ?? with erroneous Exponent.
NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
Very primitive buggy Editor. It reads 0V out ?? with erroneous Exponent.
Definitely a fault in LIB Model file...
I edited SCM macro file to change C:\user\willi... to H:\Downloads\DTC144EET1.LIB
NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
Very primitive buggy Editor. It reads 0V out ?? with erroneous Exponent.
NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
NPN datasheet says
So worst case drop IR= 500n delta V= 0.5uA*0.1M = 0.05V drop from 1.8V so ??? mystery leakage.
We cannot look any deeper without your SCH file.
Very primitive buggy Editor. It reads 0V out ?? with erroneous Exponent.
