What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros.
Poles and zeros are fixed for a specific circuit.
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros.
Thank you a lot for mentioning that !
What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros.
Poles and zeros are fixed for a specific circuit.
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros.
Thank you a lot for mentioning that !
What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros.
Poles and zeros are fixed for a specific circuit.
What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros.
Poles and zeros are fixed for a specific circuit.
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros.
Thank you a lot for mentioning that !
What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros. Poles and zeros are fixed for a specific circuit.
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros. Thank you a lot for mentioning that !
What I mean is actually, the "poles" and "zeros" we get at low frequencies are actually not real poles and zeros.
Poles and zeros are fixed for a specific circuit.
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros. Thank you a lot for mentioning that !
Poles and zeros are those can show effects on circuits, if they didn't show because of feedback reasons, they are not real poles or zeros. Thank you a lot for mentioning that