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Design and Simulate circuit in figure 3 using Multisim software and get the following parameters  Ic =…………………….  IL = ……………………  ISource =……………………  VL = ……………………  VC = ……………………  VR = ……………………

Design and Simulate circuit in figure 3 using Multisim software and get the following parameters  Ic =…………………….  IL = ……………………  ISource =……………………  VL = ……………………  VC = ……………………  VR = ……………………

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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. Design and Simulate circuit in figure 3 using Multisim software and get the following parameters

 Ic =…………………….
 IL = ……………………
 ISource =……………………
 VL = ……………………
 VC = ……………………
 VR = …………………… 

Theory of operation Below circuit shows an RLC series-parallel circuit with an ac power supply. As mentioned before, the capacitive reactance Xc and inductive reactance XL vary with frequency. Therefore, the net impedance of the parallel circuit consisting of L1 and C1 will vary with input frequency. At some frequency which we will define as the resonant frequency fr, the parallel circuit operates in resonance and XL equals Xc. The resonant frequency can be expressed as fr = 1/2л√LC. EA 6Vrms 2kHz 0° KI m 2kQ Figure 3: RLC Circuit C1 100nF L1 100mH
Transcribed Image Text:Theory of operation Below circuit shows an RLC series-parallel circuit with an ac power supply. As mentioned before, the capacitive reactance Xc and inductive reactance XL vary with frequency. Therefore, the net impedance of the parallel circuit consisting of L1 and C1 will vary with input frequency. At some frequency which we will define as the resonant frequency fr, the parallel circuit operates in resonance and XL equals Xc. The resonant frequency can be expressed as fr = 1/2л√LC. EA 6Vrms 2kHz 0° KI m 2kQ Figure 3: RLC Circuit C1 100nF L1 100mH
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