736 For t 0 the zero-input response of the circuit in Figure P736 is iLt =...

7–36 For t ≥ 0 the zero-input response of the circuit in Figure P7–36 is iLðtÞ = 150e−500t mA.

(a) Find L and vLðtÞ when R= 500 Ω.

(b) Find the energy stored in the inductor at t =0:5 ms.

(c) Suppose the only inductor you had available has a value of 500 mH. Could you achieve the same output by selecting a different R? How would the voltage change?

Transcribed Image Text:

R iL(t) + VL(f) L FIGURE P7-36