1simulate the following circuit on pspice showing the

Question

1. Simulate the following circuit on PSpice showing the capacitor current and capacitor voltage during the transient phase. Use the following component values in the circuit: L = 1 mH, C = 1.57 µF. In your simulation calculate the resistor values in order to produce critically damped, overdamped, slightly underdamped, and very underdamped circuits.

2. Show, with calculations, how Laplace transforms can be applied to the transient analysis in the above circuit. Compare your simulated and calculated results.

3. Replace the 20 V a.c. supply in the circuit above with a step volt supply and analyse the circuit (show and comment on the capacitor voltage and current).

Answer 1

Perform the following electrical questions by applying the fundamental laws and principles of Electrical engineering and provide solution by showing the whole process. Q1. Simulate the give circuit on PSpice exhibiting the capacitor current and capacitor voltage throughout the transient phase. Make use of the given component values in the circuit: L = 1 mH, C = 1.57 µF. In your simulation compute the resistor values in order to produce vitally damped, over damped, slightly under damped and under damped circuits. Q2. Show, with computations, how Laplace transforms can be implemented to the transient assessment in the above circuit. Contrast your simulated and computed outcomes. Q3. Substitute the 20 V a.c. supply in the circuit above by means of a step volt supply and examine the circuit (illustrate and remark on the capacitor voltage and current).