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4. Determine the Thevenin equivalent circuit for the circuit shown in figure P4 below as "seen" by a load connected any across terminals A and B. The voltage and current conventions shown must be used to receive credit. Hint: Note that the circuit in figure P4 below contains a dependent voltage source, so you must compute the open- circuit voltage, Voc = VTh, and the short-circuit current, Isc = IN, to calculate the Thevenin equivalent resistance, RTh. C X D R₁ = 1[k] C www + 12 I₁ V₁ + VDS = kV₂[V] =12V2[V] Is = 1[A] V2 R₂ = 1[kN] Voc B Figure P4 Isc

4. Determine the Thevenin equivalent circuit for the circuit shown in figure P4 below as "seen" by a load connected any across terminals A and B. The voltage and current conventions shown must be used to receive credit. Hint: Note that the circuit in figure P4 below contains a dependent voltage source, so you must compute the open- circuit voltage, Voc = VTh, and the short-circuit current, Isc = IN, to calculate the Thevenin equivalent resistance, RTh. C X D R₁ = 1[k] C www + 12 I₁ V₁ + VDS = kV₂[V] =12V2[V] Is = 1[A] V2 R₂ = 1[kN] Voc B Figure P4 Isc

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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what is Voc and Isc

4. Determine the Thevenin equivalent circuit for the circuit shown in figure P4 below as "seen" by a load connected any across terminals A and B. The voltage and current conventions shown must be used to receive credit. Hint: Note that the circuit in figure P4 below contains a dependent voltage source, so you must compute the open- circuit voltage, Voc = VTh, and the short-circuit current, Isc = IN, to calculate the Thevenin equivalent resistance, RTh. C X D R₁ = 1[k] C www + 12 I₁ V₁ + VDS = kV₂[V] =12V2[V] Is = 1[A] V2 R₂ = 1[kN] Voc B Figure P4 Isc
Transcribed Image Text:4. Determine the Thevenin equivalent circuit for the circuit shown in figure P4 below as "seen" by a load connected any across terminals A and B. The voltage and current conventions shown must be used to receive credit. Hint: Note that the circuit in figure P4 below contains a dependent voltage source, so you must compute the open- circuit voltage, Voc = VTh, and the short-circuit current, Isc = IN, to calculate the Thevenin equivalent resistance, RTh. C X D R₁ = 1[k] C www + 12 I₁ V₁ + VDS = kV₂[V] =12V2[V] Is = 1[A] V2 R₂ = 1[kN] Voc B Figure P4 Isc
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