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LO5 Below is an LC filter circuit, which "smooths" the input source, which is a triangular signal with period T, into an output signal that is sinusoidal, with same period. Assume the peak voltage of v, (1) is 15 V and of v, (t) is 10 V. a) Compute the RMS voltages for v, (t) and v, (1). b) Compute the total power dissipated by the two resistors. (1) 52 v,() 152 LC Filter

LO5 Below is an LC filter circuit, which "smooths" the input source, which is a triangular signal with period T, into an output signal that is sinusoidal, with same period. Assume the peak voltage of v, (1) is 15 V and of v, (t) is 10 V. a) Compute the RMS voltages for v, (t) and v, (1). b) Compute the total power dissipated by the two resistors. (1) 52 v,() 152 LC Filter

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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LO5 Below is an LC filter circuit, which "smooths" the input source, which is a triangular signal with period T, into an output signal that is sinusoidal, with same period. Assume the peak voltage of v, (1) is 15 V and of v, (t) is 10 V. a) Compute the RMS voltages for v, (t) and v, (1). b) Compute the total power dissipated by the two resistors. (1) 52 v,() 152 LC Filter
Transcribed Image Text:LO5 Below is an LC filter circuit, which "smooths" the input source, which is a triangular signal with period T, into an output signal that is sinusoidal, with same period. Assume the peak voltage of v, (1) is 15 V and of v, (t) is 10 V. a) Compute the RMS voltages for v, (t) and v, (1). b) Compute the total power dissipated by the two resistors. (1) 52 v,() 152 LC Filter
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