Some measurements were made in the circuit shown below and it was concluded that: -The input impedance of the circuit for very high frequencies is equal to 10 KΩ. -The circuit gain for very high frequencies is equal to 0.1. -The circuit time constant is equal to 1 ms. a) Determine The Values Of Circuit Components R1, R2, And C. b) Determine the F.T. of the circuit. Draw the root locus diagram. c) Calculate the impulse and step response of the circuit. Sketch the corresponding waveforms .

Some measurements were made in the circuit shown below and it was concluded that: -The input impedance of the circuit for very high frequencies is equal to 10 KΩ. -The circuit gain for very high frequencies is equal to 0.1. -The circuit time constant is equal to 1 ms. a) Determine The Values Of Circuit Components R1, R2, And C. b) Determine the F.T. of the circuit. Draw the root locus diagram. c) Calculate the impulse and step response of the circuit. Sketch the corresponding waveforms .

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter17: Commercial And Industrial Air-conditioning Control Systems

Section: Chapter Questions

Problem 22RQ

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Question

Some measurements were made in the circuit shown below and it was concluded that:
-The input impedance of the circuit for very high frequencies is equal to 10 KΩ.
-The circuit gain for very high frequencies is equal to 0.1.
-The circuit time constant is equal to 1 ms.
a) Determine The Values Of Circuit Components R1, R2, And C.
b) Determine the F.T. of the circuit. Draw the root locus diagram.
c) Calculate the impulse and step response of the circuit. Sketch the corresponding waveforms .

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