In the following circuit, apply Laplace Transform techniques to find the current in the inductor, it...

Transcribed Image Text:

In the following circuit, apply Laplace Transform techniques to find the current in the inductor, it (t). Assume initial condition for the inductor i(0-) = 8 Amp. is(1) 6u(t) AT R1 3052 R1 ww 1552 L 10 H IL(1) Note: First give you answer in the Laplace domain reducing l(s) to a ratio of polynomials in s. Then apply Inverse Laplace transform to find it (t). In the following circuit, apply Laplace Transform techniques to find the current in the inductor, it (t). Assume initial condition for the inductor i(0-) = 8 Amp. is(1) 6u(t) AT R1 3052 R1 ww 1552 L 10 H IL(1) Note: First give you answer in the Laplace domain reducing l(s) to a ratio of polynomials in s. Then apply Inverse Laplace transform to find it (t).

Answer rating: 100% (QA)

Finding the Inductor Current in Laplace Domain Step 1 Apply Kirchhoffs Voltage Law KVL Loop through ... View the full answer