For the circuit below, determine the voltage across capacitor C1: The two sources V1 and V2 are cosine voltage sources: V1: Vp = 15 V, 0 = 0°, @ = 400 rad/secs V2: Vp = 25 V, 0 = 30°, o = 400 rad/secs...

For the circuit below, determine the voltage across capacitor C1:<br>The two sources V1 and V2 are cosine voltage sources:<br>V1: Vp = 15 V, 0 = 0°, @ = 400 rad/secs<br>V2: Vp = 25 V, 0 = 30°, o = 400 rad/secs<br>L1<br>L2<br>20mH<br>25mH<br>R1<br>R2<br>10<br>35<br>V1<br>V2<br>VOFF = 0<br>VAMPL = 15<br>FREQ = 83.68<br>AC = 0<br>VOFF = 0<br>VAMPL = 25<br>FREQ = 63.68<br>AC = 0<br>C1<br>150u<br>

Extracted text: For the circuit below, determine the voltage across capacitor C1: The two sources V1 and V2 are cosine voltage sources: V1: Vp = 15 V, 0 = 0°, @ = 400 rad/secs V2: Vp = 25 V, 0 = 30°, o = 400 rad/secs L1 L2 20mH 25mH R1 R2 10 35 V1 V2 VOFF = 0 VAMPL = 15 FREQ = 83.68 AC = 0 VOFF = 0 VAMPL = 25 FREQ = 63.68 AC = 0 C1 150u

Jun 11, 2022

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For the circuit below, determine the voltage across capacitor C1: The two sources V1 and V2 are cosine voltage sources: V1: Vp = 15 V, 0 = 0°, @ = 400 rad/secs V2: Vp = 25 V, 0 = 30°, o = 400 rad/secs...

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