Using the PSPICE Schematics editor, draw the circuit in Figure P6.72, and use the PROBE utility to plot vC(t) and determine the time constants for 0 < t < 1 ms and 1 ms < t < . Also, find the maximum voltage on the capacitor.
Answer to relevant QuestionsUsing the PSPICE Schematics editor, draw the circuit in Figure P6.73, and use the PROBE utility to find the maximum values of vL(t), iC(t), and i(t). Assume the switch, in the network in fig, has been closed for sometime. At t=0 the switch opens. Determine the time required for the capacitor voltage to decay to ½ of its initially charged value. Calculate the current in the inductor if the voltage input is: (a) v1(t)=24 cos(377t + 12°) (b) v2(t)=18 sin(377t – 48°) Find Z for the network shown. The currents iR(t), iL(t), and iC(t) in the circuit shown can be drawn as phasors in a phasor diagram. Show that iR(t) + iL(t) + iC(t) = iS(t).
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