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a. What is the value of Voc? Unit: V Answer: Replace the inductor with a short circuit, and solve for the short-circuit current Isc. Again, note the defined current direction for iL. b. What is the value of I? Unit: A Answer: C. Solve for the value of Rh using the values you obtained previously for Voc and Ise. Unit: ohm Answer: d. Using the Thevenin equivalent circuit, what is the value of the current i at t = oo? Unit: A

a. What is the value of Voc? Unit: V Answer: Replace the inductor with a short circuit, and solve for the short-circuit current Isc. Again, note the defined current direction for iL. b. What is the value of I? Unit: A Answer: C. Solve for the value of Rh using the values you obtained previously for Voc and Ise. Unit: ohm Answer: d. Using the Thevenin equivalent circuit, what is the value of the current i at t = oo? Unit: A

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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0.5 H ll t = 0 İL 3 2 82 4io + 24 V 20 V + solve for the Thevenin equivalent circuit seen by the inductor for t > 0. Since the circuit contains indepedent and dependent sources for t > 0, the Thevenin resistance can be obtained by dividing Voc by Isc. ос For the first step, replace the inductor with an open circuit and solve for the open circuit voltage Voc (note the defined current direction for iL). ос a. What is the value of Voc? Unit: V Answer: Replace the inductor with a short circuit, and solve for the short-circuit current Isc. Again, note the defined current direction for iL. b. What is the value of I sc? Unit: A Answer: SC C. Solve for the value of Rh using the values you obtained previously for Voc and I se. Unit: ohm Answer: d. Using the Thevenin equivalent circuit, what is the value of the current i, at t = o? Unit: A Answer: +
Transcribed Image Text:0.5 H ll t = 0 İL 3 2 82 4io + 24 V 20 V + solve for the Thevenin equivalent circuit seen by the inductor for t > 0. Since the circuit contains indepedent and dependent sources for t > 0, the Thevenin resistance can be obtained by dividing Voc by Isc. ос For the first step, replace the inductor with an open circuit and solve for the open circuit voltage Voc (note the defined current direction for iL). ос a. What is the value of Voc? Unit: V Answer: Replace the inductor with a short circuit, and solve for the short-circuit current Isc. Again, note the defined current direction for iL. b. What is the value of I sc? Unit: A Answer: SC C. Solve for the value of Rh using the values you obtained previously for Voc and I se. Unit: ohm Answer: d. Using the Thevenin equivalent circuit, what is the value of the current i, at t = o? Unit: A Answer: +
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