2. Given the circuit below a. Derive the output voltage equation (V.) using KCL. Show your solution. b. Compute for Vo given V, and V, in the circuit. 300 k2 150 ka V; = 2 V 741 10 ka V =1 V M 10 k2

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ISBN:9780133923605
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2. Given the circuit below
a. Derive the output voltage equation (V.) using KCL. Show your solution.
b. Compute for Vo, given V, and V, in the circuit.
300 kS2
150 k2
V2 - 2 V Mw
741
10 k2
V=1V WW
10 k2
Transcribed Image Text:2. Given the circuit below a. Derive the output voltage equation (V.) using KCL. Show your solution. b. Compute for Vo, given V, and V, in the circuit. 300 kS2 150 k2 V2 - 2 V Mw 741 10 k2 V=1V WW 10 k2
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