- 1 With Mutual Inductance M 1h I1 0 5a I2 0 5a V 64e V T 0 Di Di V Leg Leg 2 Dt Dt I A Find Il T And I2 T 1 (75.64 KiB) Viewed 36 times
1. With mutual inductance M=1H, i1(0)=-5A, i2(0)=5A. v=64e¹V.t>0 di di₂ v = Leg₁¹ Leg.2 dt dt I (a) Find il(t) and i2(t)
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1. With mutual inductance M=1H, i1(0)=-5A, i2(0)=5A. v=64e¹V.t>0 di di₂ v = Leg₁¹ Leg.2 dt dt I (a) Find il(t) and i2(t)
1. With mutual inductance M=1H, i1(0)=-5A, i2(0)=5A. v=64e¹V.t>0 di di₂ v = Leg₁¹ Leg.2 dt dt I (a) Find il(t) and i2(t), for t >0 by using (b) Find total equivalent inductance and use to find i(t). I (c) Find the energy trapped in the inductors after 't'=0. I (d) Find total energy delivered to black box after t=0, using power. t=0 Black box (1) 3H 1₂(1) 6H V =
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