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1. Analyze the RC circuit shown in Figure 1: a) Find the transfer function of the circuit. What filter is it? b) Find the mid band gain of the circuit. c) Find the cutoff frequencies of the circuit. d) Calculate the short-circuit time constant and open-circuit time constant. e) What kind of relationship can you find between the cutoff frequencies and time constants? f) When the Vi is 10kHz signal with 1V amplitude and zero phase, find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. g) Change the frequency to 500kHz. Find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. Vi Rs ww Cs Vo www Rp Cp Copyright The Mer Companies inc Parision suired for production or display Figure 1: RC circuit (Rs-2kohm, Cs-0.1uF, Rp=8Kohm, Cp=0.5nF)

1. Analyze the RC circuit shown in Figure 1: a) Find the transfer function of the circuit. What filter is it? b) Find the mid band gain of the circuit. c) Find the cutoff frequencies of the circuit. d) Calculate the short-circuit time constant and open-circuit time constant. e) What kind of relationship can you find between the cutoff frequencies and time constants? f) When the Vi is 10kHz signal with 1V amplitude and zero phase, find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. g) Change the frequency to 500kHz. Find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. Vi Rs ww Cs Vo www Rp Cp Copyright The Mer Companies inc Parision suired for production or display Figure 1: RC circuit (Rs-2kohm, Cs-0.1uF, Rp=8Kohm, Cp=0.5nF)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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1. Analyze the RC circuit shown in Figure 1: a) Find the transfer function of the circuit. What filter is it? b) Find the mid band gain of the circuit. c) Find the cutoff frequencies of the circuit. d) Calculate the short-circuit time constant and open-circuit time constant. e) What kind of relationship can you find between the cutoff frequencies and time constants? f) When the Vi is 10kHz signal with 1V amplitude and zero phase, find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. g) Change the frequency to 500kHz. Find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. Vi Rs ww Cs Vo www Rp Cp Copyright The Mer Companies inc Parision suired for production or display Figure 1: RC circuit (Rs-2kohm, Cs-0.1uF, Rp=8Kohm, Cp=0.5nF)
Transcribed Image Text:1. Analyze the RC circuit shown in Figure 1: a) Find the transfer function of the circuit. What filter is it? b) Find the mid band gain of the circuit. c) Find the cutoff frequencies of the circuit. d) Calculate the short-circuit time constant and open-circuit time constant. e) What kind of relationship can you find between the cutoff frequencies and time constants? f) When the Vi is 10kHz signal with 1V amplitude and zero phase, find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. g) Change the frequency to 500kHz. Find the amplitude and phase of the output signal. Please express input and output signal using phasor notation. Vi Rs ww Cs Vo www Rp Cp Copyright The Mer Companies inc Parision suired for production or display Figure 1: RC circuit (Rs-2kohm, Cs-0.1uF, Rp=8Kohm, Cp=0.5nF)
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