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C) A seriesresonant fil ter circuit of Fig. 3 has a 10V supply voltage, vin with variable frequency. 2 ko V out 10Ω 350 mH 181 pF Figure 3. Series-resonant filter circuit By determining the value of the gain at the following frequencies zero frequency resonant frequency lower cut-off frequency i. ii. iii.

C) A seriesresonant fil ter circuit of Fig. 3 has a 10V supply voltage, vin with variable frequency. 2 ko V out 10Ω 350 mH 181 pF Figure 3. Series-resonant filter circuit By determining the value of the gain at the following frequencies zero frequency resonant frequency lower cut-off frequency i. ii. iii.

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) A series-resonant fil ter circuit of Fig. 3 has a 10V supply voltage, vm with variable frequency. 2 ka Vm Vout 102 350 mH 181 pF Figure 3. Series-resonant filter circuit By determining the value of the gain at the following frequencies i. ii. iii. zero frequency resonant frequency lower cut-off frequency upper cut-off frequency double the resonant frequency iv. v. Approximate the gain versus frequency characteristic. Take the gain as the ratio of the magnitude of the output voltage to the magnitude of the input voltage.
Transcribed Image Text:C) A series-resonant fil ter circuit of Fig. 3 has a 10V supply voltage, vm with variable frequency. 2 ka Vm Vout 102 350 mH 181 pF Figure 3. Series-resonant filter circuit By determining the value of the gain at the following frequencies i. ii. iii. zero frequency resonant frequency lower cut-off frequency upper cut-off frequency double the resonant frequency iv. v. Approximate the gain versus frequency characteristic. Take the gain as the ratio of the magnitude of the output voltage to the magnitude of the input voltage.
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