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thanks.
I think the answer is yes if there is a resister in parallel with the capacitor. Though the integrated noise over the all bandwidth is determined by kT/C, but the instantaneous one, that is, the random noise should be there any time.
alvays
I don't know if this will work right, but according to my deduction, it seems like this:
Av1 = gm1*ro1; Av2 = gm2*ro2, first pole is about: 1/(ro1*gm2*ro2*Cc)
gm1, gm2 is the first and second stage transconductance
ro1, ro2 is the first and second stage output resistance
Cc is the miller...
i didnt check the following, if it has problem please let me know
but it seems like this;
`include "disciplines.h"
`include "constants.h
module equation(vout,vin);
output vout;
input vin;
electrical vout, vin;
//define input, output
analog begin
V(vout) <+ 2*V(vin) * (1+3*pow(V(vin),2)...
If there are only two widely seperated poles, you can decide the location of the non-dominant poles with the short-circuit time constant method and the location of the dominant poles with the zero-value time constant method.
Sometimes, the dominant poles can be easily found. In this case, you...
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