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b. C. Consider the RLC circuit shown below with the resistance R = 7 ohms, inductance L = 20 henries, and capacitance C=0.09 farads. Vin (t) H(s) = + Find the impulse response h(t). h(t) = Using s-domain circuit analysis, find the transfer function H(s). L Vout(t)= m Find the output Vout(t) for the input vin(t) = u(t) V. R C + Vout (t)

b. C. Consider the RLC circuit shown below with the resistance R = 7 ohms, inductance L = 20 henries, and capacitance C=0.09 farads. Vin (t) H(s) = + Find the impulse response h(t). h(t) = Using s-domain circuit analysis, find the transfer function H(s). L Vout(t)= m Find the output Vout(t) for the input vin(t) = u(t) V. R C + Vout (t)

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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b. C. d. Consider the RLC circuit shown below with the resistance R = 7 ohms, inductance L = 20 henries, and capacitance C=0.09 farads. Vin (t) H(s) = Find the impulse response h(t). h(t) = + Using s-domain circuit analysis, find the transfer function H(s). Vout(t)= L m Find the output Vout(t) for the input vin(t) = u(t) V. Vout(t) R Find the output out(t) for the input vin(t)=et/(2RC)u(t) V. C + Vout (t)
Transcribed Image Text:b. C. d. Consider the RLC circuit shown below with the resistance R = 7 ohms, inductance L = 20 henries, and capacitance C=0.09 farads. Vin (t) H(s) = Find the impulse response h(t). h(t) = + Using s-domain circuit analysis, find the transfer function H(s). Vout(t)= L m Find the output Vout(t) for the input vin(t) = u(t) V. Vout(t) R Find the output out(t) for the input vin(t)=et/(2RC)u(t) V. C + Vout (t)
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