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Figure P9.78 5Ω 45 N j20 N 425 /0° V (rms) j5 n3 j125 ) 10.43 Suppose an impedance equal to the conjugate of the Thévenin impedance is connected to the termi- nals c,d of the circuit shown in Fig. P9.78. a) Find the average power developed by the sinu- soidal voltage source. b) What percentage of the power developed by the source is lost in the linear transformer?

Figure P9.78 5Ω 45 N j20 N 425 /0° V (rms) j5 n3 j125 ) 10.43 Suppose an impedance equal to the conjugate of the Thévenin impedance is connected to the termi- nals c,d of the circuit shown in Fig. P9.78. a) Find the average power developed by the sinu- soidal voltage source. b) What percentage of the power developed by the source is lost in the linear transformer?

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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Figure P9.78 5Ω 45 N j20 N 425 /0° V (rms) j5 N j125 ) d. 10.43 Suppose an impedance equal to the conjugate of the Thévenin impedance is connected to the termi- nals c,d of the circuit shown in Fig. P9.78. a) Find the average power developed by the sinu- soidal voltage source. b) What percentage of the power developed by the source is lost in the linear transformer?
Transcribed Image Text:Figure P9.78 5Ω 45 N j20 N 425 /0° V (rms) j5 N j125 ) d. 10.43 Suppose an impedance equal to the conjugate of the Thévenin impedance is connected to the termi- nals c,d of the circuit shown in Fig. P9.78. a) Find the average power developed by the sinu- soidal voltage source. b) What percentage of the power developed by the source is lost in the linear transformer?
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