OK, and current that flows in the input to an active stage is merely mimicked at the output using an entirely different bunch of electrons. Maybe we should give them all names so we can tell the difference 😛1) any current that routes through the shunt capacitor wont get heard.
Thevinin/Norton is strictly only applicable to Linear circuits
you can do the classic "small signal" fake with a "disturbance" source and get a sensitivity - then claim the disturbance is actually the nonlinear I or V of the nonlinear part in the otherwise linear circuit
you can do the classic "small signal" fake with a "disturbance" source and get a sensitivity - then claim the disturbance is actually the nonlinear I or V of the nonlinear part in the otherwise linear circuit
OK, and current that flows in the input to an active stage is merely mimicked at the output using an entirely different bunch of electrons. Maybe we should give them all names so we can tell the difference 😛
I think this thread is passive networks? post your active circuit, and i'll help you 'Nortonize' it.🙄
Infinia is completely wrong.uh no
you need to understand by definition 2 things
1) any current that routes through the shunt capacitor wont get heard.
..........
The shunt component is just as important as the series component for a RC or CR or LC or CL filter.
It's the COMBINATION that forms the roll-off of the filter.
why must I be wrong , why cant we both be right > please read more carefully.Infinia is completely wrong.
The shunt component is just as important as the series component for a RC or CR or LC or CL filter.
It's the COMBINATION that forms the roll-off of the filter.
I giving up on mankind.
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