An LC circuit terminated with Rs = RL = 10 resistors has loss poles at s...

 

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An LC circuit terminated with Rs = RL = 10 resistors has loss poles at s = j; with the following y parameters: Y11(s) = 21s+1 3s 24s+1 and y22(s) = 3s and s = o, 32 a. (10) Design the corresponding ladder network with minimum inductors. b. (6) What kind of filter (lowpass, highpass, ...) this represents? Sketch a rough frequency response. c. (10) Design an active equivalent ladder filter with a passband gain of one through state variables technique. Vs 1 ww LC LC Filter + 1 Vo + + V1 A.V1 v. 0- Opamp Model Vo An LC circuit terminated with Rs = RL = 10 resistors has loss poles at s = j; with the following y parameters: Y11(s) = 21s+1 3s 24s+1 and y22(s) = 3s and s = o, 32 a. (10) Design the corresponding ladder network with minimum inductors. b. (6) What kind of filter (lowpass, highpass, ...) this represents? Sketch a rough frequency response. c. (10) Design an active equivalent ladder filter with a passband gain of one through state variables technique. Vs 1 ww LC LC Filter + 1 Vo + + V1 A.V1 v. 0- Opamp Model Vo