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Assume that R1 -6 ka. Determine the Thevenin voltage and impedance for the equivalent circuit shown. R1 ZTh 2. => VTh 15/60° mA () j3 kn

Assume that R1 -6 ka. Determine the Thevenin voltage and impedance for the equivalent circuit shown. R1 ZTh 2. => VTh 15/60° mA () j3 kn

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Assume that R1-6 ko. Determine the Thevenin voltage and impedance for the equivalent circuit shown. R1 ZTh 15/60° mA () j3 kn |Z Vm O V- 45150" V, Z- (6 - 13) k O VT- 452-30" V. ZT = (6 - J3) ka O VT - 90260" V. Z- (6 + 3) ka O Vr- 302120" V. ZT- (3 - j5) kO O VT - 30Z45 V. Zn - (3-15) ko O None of the other answers is correct.
Transcribed Image Text:Assume that R1-6 ko. Determine the Thevenin voltage and impedance for the equivalent circuit shown. R1 ZTh 15/60° mA () j3 kn |Z Vm O V- 45150" V, Z- (6 - 13) k O VT- 452-30" V. ZT = (6 - J3) ka O VT - 90260" V. Z- (6 + 3) ka O Vr- 302120" V. ZT- (3 - j5) kO O VT - 30Z45 V. Zn - (3-15) ko O None of the other answers is correct.
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