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5) Assume that the amplifier modeled by the circuit below is driven with an ideal sinusoidal input current source ( iş = 2mA•sin[@int ] ). a. Determine the transfer function T(jo) = v.(jo)/is(j@). b. Evaluate the transfer function for the input frequency of oin = 10 rad/s, and use the result to determine the equation for the transient output voltage vo(t) when i, = 2mA-sin(10-t ) is applied as input. c. Repeat part b) for @in = 1000 rad/s. R. 10μ | is (1 +. RL Vo Vi 100 Vi 1 kΩ 5000

5) Assume that the amplifier modeled by the circuit below is driven with an ideal sinusoidal input current source ( iş = 2mA•sin[@int ] ). a. Determine the transfer function T(jo) = v.(jo)/is(j@). b. Evaluate the transfer function for the input frequency of oin = 10 rad/s, and use the result to determine the equation for the transient output voltage vo(t) when i, = 2mA-sin(10-t ) is applied as input. c. Repeat part b) for @in = 1000 rad/s. R. 10μ | is (1 +. RL Vo Vi 100 Vi 1 kΩ 5000

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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5) Assume that the amplifier modeled by the circuit below is driven with an ideal sinusoidal input current source ( iş = 2mA•sin[@int ] ). a. Determine the transfer function T(jo) = v.(jo)/is(j@). b. Evaluate the transfer function for the input frequency of oin = 10 rad/s, and use the result to determine the equation for the transient output voltage vo(t) when i, = 2mA-sin(10-t ) is applied as input. c. Repeat part b) for @in = 1000 rad/s. R. 10μ | is (1 +. RL Vo Vi 100 Vi 1 kΩ 5000
Transcribed Image Text:5) Assume that the amplifier modeled by the circuit below is driven with an ideal sinusoidal input current source ( iş = 2mA•sin[@int ] ). a. Determine the transfer function T(jo) = v.(jo)/is(j@). b. Evaluate the transfer function for the input frequency of oin = 10 rad/s, and use the result to determine the equation for the transient output voltage vo(t) when i, = 2mA-sin(10-t ) is applied as input. c. Repeat part b) for @in = 1000 rad/s. R. 10μ | is (1 +. RL Vo Vi 100 Vi 1 kΩ 5000
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