A voltage e(t) is applied to the primary circuit at time t = 0, and mutual induction
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A voltage e(t) is applied to the primary circuit at time t = 0, and mutual induction M drives the current i2(t) in the secondary circuit of Figure 11.10. If, prior to closing the switch, the currents in both circuits are zero, determine the induced current i2(t) in the secondary circuit at time t when R1 = 4Ω, R2 = 10Ω, L1 = 2 H, L2 = 8 H, M = 2 H and e(t) = 28 sin 2t V.
Transcribed Image Text:
Figure 11.10 Circuit e(t) t = 0 R i,(t) L M R Ci i(t)
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