20081ee110_1_hw5

20081ee110_1_hw5 - Q1 10 points (a) Find Yin for the...

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Q1 10 points ( a ) Find Y in for the network shown in figure below ( b ) Determine 0 ω and Z in ) ( 0 j for the network. + I R 10 4 H 10 –8 F 4.4 mH 10 5 I R Y in Q2 10 points ( a ) Sketch the voltage response curve for a circuit having a lower half-power frequency of 1000 rad/s, an upper half-power frequency of 4000 rad/s, and a maximum voltage magnitude of 10 V. ( b ) What is the resonant frequency of the circuit? ( c ) What is the bandwidth of the circuit? ( d ) What is the quality factor of the circuit when operated at the resonant frequency? Q3 10 points ( a ) Draw the new configuration for Figure after the network is scaled by K m = 250 and K f = 400. ( b ) Determine the Thévenin equivalent of the scaled network at = 1 krad/s. 0.1 F 2 H a b 5 Ω 4 I x I x + Q4 10 points For Figure, prepare Bode amplitude and phase plots for transfer function, H ( s ) = V C / I s 2 H 20 Ω 182 Ω 5 mF V C + I s Q5 10 points ( a ) Using an origin at = 1, H dB
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This note was uploaded on 02/09/2011 for the course EE 161 taught by Professor Huffaker during the Spring '08 term at UCLA.

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20081ee110_1_hw5 - Q1 10 points (a) Find Yin for the...

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