a) Find the steady-state expression for the currents ig
Chapter 10, Problem 10.55(choose chapter or problem)
a) Find the steady-state expression for the currents ig and in the circuit in Fig. P10.55 when vg = 400 cos 400t V. b) Find the coefficient of coupling. c) Find the energy stored in the magnetically coupled coils t = 1.25 and t = 2.5 ms d) Find the power delivered to the 375 resistor. e) If the 375 resistor is replaced by a variable resistor RL what value of will yield maximum average power transfer to RL? f) What is the maximum average power in (e)? g) Assume the 375 resistor is replaced by a variable impedance ZL What value of ZL will result in maximum average power transfer to ZL ? h) What is the maximum average power in (g)?
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