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9.76 a) Find the steady-state expressions for the cur- rents i, and i in the circuit in Fig. P9.76 when PSPICE MULTISIM Vg 168 cos 800t V. b) Find the coefficient of coupling. c) Find the energy stored in the magnetically cou- pled coils at t = 625 us and t = 1250 µs. Figure P9.76 80 N 100 mH 100 mH 400 mH 2400

9.76 a) Find the steady-state expressions for the cur- rents i, and i in the circuit in Fig. P9.76 when PSPICE MULTISIM Vg 168 cos 800t V. b) Find the coefficient of coupling. c) Find the energy stored in the magnetically cou- pled coils at t = 625 us and t = 1250 µs. Figure P9.76 80 N 100 mH 100 mH 400 mH 2400

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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(rms) 9.76 a) Find the steady-state expressions for the cur- rents i, and i in the circuit in Fig. P9.76 when PSPICE = 168 cos 800t V. Vg MULTISIM %3D b) Find the coefficient of coupling. c) Find the energy stored in the magnetically cou- r pled coils at t = 625T us andt = 1250 us. ono in au- Figure P9.76 80 0 100mH te lal 2400 100mH 400mH 28 Vg ne 9.77 The sinusoidal voltage source in the circuit seen in f200 krad/s
Transcribed Image Text:(rms) 9.76 a) Find the steady-state expressions for the cur- rents i, and i in the circuit in Fig. P9.76 when PSPICE = 168 cos 800t V. Vg MULTISIM %3D b) Find the coefficient of coupling. c) Find the energy stored in the magnetically cou- r pled coils at t = 625T us andt = 1250 us. ono in au- Figure P9.76 80 0 100mH te lal 2400 100mH 400mH 28 Vg ne 9.77 The sinusoidal voltage source in the circuit seen in f200 krad/s
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