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(c) For the RLC circuit: 1. What frequency (in Hz) will make the inductive impedance cancel the capacitive impedance i.e., Z=- Z? 2. What are the impedance values of the resistor, capacitor and inductor at the 3 test frequencies? 3. What are the phasor representations for, and at 50 kHz, at 25kHz and at 100 kHz? (Note: is the voltage across both the inductor and capacitor). 1Vpk 50kHz 0° Figure 3 1kQ 1mH 0.01 μF

(c) For the RLC circuit: 1. What frequency (in Hz) will make the inductive impedance cancel the capacitive impedance i.e., Z=- Z? 2. What are the impedance values of the resistor, capacitor and inductor at the 3 test frequencies? 3. What are the phasor representations for, and at 50 kHz, at 25kHz and at 100 kHz? (Note: is the voltage across both the inductor and capacitor). 1Vpk 50kHz 0° Figure 3 1kQ 1mH 0.01 μF

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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(c) For the RLC circuit: 1. What frequency (in Hz) will make the inductive impedance cancel the capacitive impedance i.e., Z₁ =- Z? 2. What are the impedance values of the resistor, capacitor and inductor at the 3 test frequencies? 3. What are the phasor representations for, and at 50 kHz, at 25kHz and at 100 kHz? (Note: is the voltage across both the inductor and capacitor). 1Vpk 50kHz '0⁰ Figure 3 1kQ 1mH 0.01 μF
Transcribed Image Text:(c) For the RLC circuit: 1. What frequency (in Hz) will make the inductive impedance cancel the capacitive impedance i.e., Z₁ =- Z? 2. What are the impedance values of the resistor, capacitor and inductor at the 3 test frequencies? 3. What are the phasor representations for, and at 50 kHz, at 25kHz and at 100 kHz? (Note: is the voltage across both the inductor and capacitor). 1Vpk 50kHz '0⁰ Figure 3 1kQ 1mH 0.01 μF
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