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10 S2 Q.16: For the circuit shown, Find: 1. Thevenin equivalent circuit w.r.t c & d? 2.ZL for maximum transfer power to 5 2 160 2 45 V/ 7.5mH 120mlT Ims terminals c & d? a-4000 radisce 3. Maximum transferred power? (Ans.: V=64 4226.57°V. Z=190.72+J418.56Q, Z=Z', & Pmax=544W)

10 S2 Q.16: For the circuit shown, Find: 1. Thevenin equivalent circuit w.r.t c & d? 2.ZL for maximum transfer power to 5 2 160 2 45 V/ 7.5mH 120mlT Ims terminals c & d? a-4000 radisce 3. Maximum transferred power? (Ans.: V=64 4226.57°V. Z=190.72+J418.56Q, Z=Z', & Pmax=544W)

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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5 2 . w - 12mH 10 32 Q.16: For the circuit shown, Find; 1. Thevenin equivalent circuit w.r.t c & d? 2. ZL for maximum terminals c & d? 3. Maximum transferred power? (Ans.: V=64 4Z26.57°V, Z=190.72+ J418.56Q, Z=Z. & Pmax=5.44W) 160 2 wwwc 45 V transfer power to 7.5mH 120mlI I'ms b -4000 rad/scc
Transcribed Image Text:5 2 . w - 12mH 10 32 Q.16: For the circuit shown, Find; 1. Thevenin equivalent circuit w.r.t c & d? 2. ZL for maximum terminals c & d? 3. Maximum transferred power? (Ans.: V=64 4Z26.57°V, Z=190.72+ J418.56Q, Z=Z. & Pmax=5.44W) 160 2 wwwc 45 V transfer power to 7.5mH 120mlI I'ms b -4000 rad/scc
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