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Given the circuit below, lo=10A, Ro=6K, R=12K, L=24mH. the switch is closed before t=0 for a long time and opened at t=0. Please find the current going through the inductor L and the voltage across the resistor R. ER. t=0 L3 R +

Given the circuit below, lo=10A, Ro=6K, R=12K, L=24mH. the switch is closed before t=0 for a long time and opened at t=0. Please find the current going through the inductor L and the voltage across the resistor R. ER. t=0 L3 R +

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
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**Circuit Analysis Problem** **Given Information:** - **Current Source (\(I_0\))**: 10 A - **Resistor (\(R_0\))**: 6 kΩ - **Resistor (\(R\))**: 12 kΩ - **Inductor (\(L\))**: 24 mH The switch in the circuit is closed for a long time and then opened at \(t=0\). We need to find the current through the inductor \(L\) and the voltage across the resistor \(R\) after the switch opens at \(t=0\). **Circuit Diagram Description:** - There is a current source (\(I_0\)) of 10 A on the left side. - In parallel to the current source, there's a resistor (\(R_0\)) with a resistance of 6 kΩ. - In series with the system are an inductor (\(L\)) of 24 mH and another resistor (\(R\)) with a resistance of 12 kΩ. - The switch is shown as open at \(t=0\). **Objective:** 1. Determine the current \(i\) flowing through the inductor \(L\). 2. Calculate the voltage \(v\) across the resistor \(R\) immediately after the switch is opened.
Transcribed Image Text:**Circuit Analysis Problem** **Given Information:** - **Current Source (\(I_0\))**: 10 A - **Resistor (\(R_0\))**: 6 kΩ - **Resistor (\(R\))**: 12 kΩ - **Inductor (\(L\))**: 24 mH The switch in the circuit is closed for a long time and then opened at \(t=0\). We need to find the current through the inductor \(L\) and the voltage across the resistor \(R\) after the switch opens at \(t=0\). **Circuit Diagram Description:** - There is a current source (\(I_0\)) of 10 A on the left side. - In parallel to the current source, there's a resistor (\(R_0\)) with a resistance of 6 kΩ. - In series with the system are an inductor (\(L\)) of 24 mH and another resistor (\(R\)) with a resistance of 12 kΩ. - The switch is shown as open at \(t=0\). **Objective:** 1. Determine the current \(i\) flowing through the inductor \(L\). 2. Calculate the voltage \(v\) across the resistor \(R\) immediately after the switch is opened.
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