Circuits 1 HW 4 Q10 **Problem 10: Thevenin Equivalent Circuit**Objective: Find the Thevenin equivalent circuit for the given circuit contained within the box.**Circuit Description:**- The circuit contains a 9V voltage source connected in series with a 3Ω resistor.- A 2A current source is connected in parallel with the 3Ω resistor.- A 6Ω resistor is also connected in parallel with the 2A current source.- The load resistor \( R_L \) is connected across the output terminals.**Instructions:**1. Identify the portion of the circuit to replace with its Thevenin equivalent.2. Calculate the Thevenin voltage (\( V_{th} \)) across the output terminals.3. Determine the Thevenin resistance (\( R_{th} \)) by deactivating all independent sources: - Short the voltage source - Open the current source4. Provide the simplified Thevenin equivalent circuit.This exercise helps deepen the understanding of converting complex circuits into simpler forms, using Thevenin’s theorem, which is highly beneficial for circuit analysis and design.

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Answered: 10. Find the Thevenin equivalent…

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10. Find the Thevenin equivalent circuits for the following circuit contained in the box. 9V ΒΩ www 2A www 6Ω RL

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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Concept explainers

Z parameter

The Z-parameters that are the impedance parameters of a two-port network are defined by expressing the two-port voltages V1 and V2 in terms of two-port currents I1 and I2. The Z-parameters are calculated by open circuiting one of the two ports at a time henceforth they are called open-circuit impedance parameters.

Question

Circuits 1 HW 4 Q10

**Problem 10: Thevenin Equivalent Circuit**

Objective: Find the Thevenin equivalent circuit for the given circuit contained within the box.

**Circuit Description:**

- The circuit contains a 9V voltage source connected in series with a 3Ω resistor.
- A 2A current source is connected in parallel with the 3Ω resistor.
- A 6Ω resistor is also connected in parallel with the 2A current source.
- The load resistor \( R_L \) is connected across the output terminals.

**Instructions:**

1. Identify the portion of the circuit to replace with its Thevenin equivalent.
2. Calculate the Thevenin voltage (\( V_{th} \)) across the output terminals.
3. Determine the Thevenin resistance (\( R_{th} \)) by deactivating all independent sources:
- Short the voltage source
- Open the current source
4. Provide the simplified Thevenin equivalent circuit.

This exercise helps deepen the understanding of converting complex circuits into simpler forms, using Thevenin’s theorem, which is highly beneficial for circuit analysis and design.

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