Q4 discussion Second. RL circuit:1. Apply square wave signal with frequency =1 KHz.2. Connect the RL circuit shown in fig. (7.4) with R= 2K2 and L=0.1H and plot the outputonce on the inductor and another to resistance.3. Repeat step 2 with changing the value of R to 2KN, 3KN and plot the output.4. Repeat step 2 with changing the value of C to 0.4H, and plot the output.Discussion:1. Plot the result of capacitor and inductor.2. What the effect from changing the value of R in RC circuit.3. What the effect from changing the value of C in RC circuit.4. What the effect from changing the value of R in RL circuit.5. What the effect from changing the value of L in RL circuit.6. Why is RC time constant important in circuits applications?

Q4) Assuming the circuit to be a series RL circuit:

Answered: 4. What the effect from changing the…

Engineering

Electrical Engineering

4. What the effect from changing the value of R in RL circuit.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Q4 discussion

Second. RL circuit:
1. Apply square wave signal with frequency =1 KHz.
2. Connect the RL circuit shown in fig. (7.4) with R= 2K2 and L=0.1H and plot the output
once on the inductor and another to resistance.
3. Repeat step 2 with changing the value of R to 2KN, 3KN and plot the output.
4. Repeat step 2 with changing the value of C to 0.4H, and plot the output.
Discussion:
1. Plot the result of capacitor and inductor.
2. What the effect from changing the value of R in RC circuit.
3. What the effect from changing the value of C in RC circuit.
4. What the effect from changing the value of R in RL circuit.
5. What the effect from changing the value of L in RL circuit.
6. Why is RC time constant important in circuits applications?

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