Problem 2 (Interrupting the current through an inductor): Plot the voltage across the vL(t) in t

Question

Madhur L · Answer

Hi, for this question they are saying that for the given circuit the switch is closed for a long

Adi S · Answer

The current through the inductor is given by it is varying with respect to time and varying as I

Cyra Jelle Calleja · Answer

So for this question, part A, it pressed the magnitude of the average indisemef on the enducteur

Madhur L · Answer

Hello everyone today we are going to find the answer for this question so from the given data we

Suman K · Answer

In the first part we need to calculate that at time t is equal to zero how inductor will behave.

Problem 2 (Interrupting the current through an inductor): Plot the voltage across the $v_L(t)$ in the circuit below for $0 < t < 6$ sec (the switch was closed at $t = 0$ and opened at $t = 3$ sec). Make a comment on the result. 0.5 k? 4 mA 4 µF 0.25 H t = 3s