T
Tim Williams
- Jan 1, 1970
- 0
I need to find the impedance (real, reactive) of the following network:
L +--/\/\/\--+
Vin o----333---+ R +---o GND
+----||----+
C
(R || C) in series with L. At resonance.
In particular I need to know the impedance presented to Vin as a function of
L, C and R, so I can determine the load on an inverter driving this circuit
with a square wave, and the impedance transformation.
So far I've been meyered in phasors, and in attempting to connect series
current with parallel voltage in terms of vectors I get a divide-by-vector
ugliness that obviously can't work...
Tim
L +--/\/\/\--+
Vin o----333---+ R +---o GND
+----||----+
C
(R || C) in series with L. At resonance.
In particular I need to know the impedance presented to Vin as a function of
L, C and R, so I can determine the load on an inverter driving this circuit
with a square wave, and the impedance transformation.
So far I've been meyered in phasors, and in attempting to connect series
current with parallel voltage in terms of vectors I get a divide-by-vector
ugliness that obviously can't work...
Tim