Problem 9.4 - CHALLENGE PROBLEM! Complete Response of an RC Circuit
*
* The circuit for this problem is from textbook Example 9.10
* except with resistance R1 value changed.
*
* Repeat the procedure of Problem 9.3 for displaying the complete
* response waveform and comparing with the steady-state response.
* In this case, the transient response lasts somewhat longer than
* in Problem 9.3 and is best viewed by changing the range on the
* x-axis to 0,4.
*
* The steady-state response is vp(t) = 9.964cos(3t + 18.23ø).
*
* With the graphs of the steady state voltage expression and the
* transient response waveform on the screen, select "X_axis" on the
* menu, then select "Set_range." Set the range to 0,4. When the new
* graph appears, note that the actual response and the steady-state
* voltage expression do not coincide for over one full cycle of the
* steady-state waveform.
*
* Restore the original x-axis scale by selecting "Auto_range."
* Display the waveforms for V(1,2) and V(2).
* See if you can answer the questions posed in parts (b) and (c) of
* the problem statement.
*
VS 1 0 sin(0 ?????? ????? 0 0 90) ; Complete the SIN statement.
R1 1 2 30
R2 2 0 3
C1 1 2 .3333
.TRAN ??? 8 ??? ??? UIC ; Complete the .TRAN command statement.
.PROBE
.END