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Question

Figure below shows a RC circuit. Use $R_{ESR} = 10 \Omega$, $R_{ref} = 2.2 \text{ k}\Omega$, and $C = 0.1 \mu F$. Note that $R_{ESR}$ is the internal resistance of the capacitor under test. Set the function generator to output a 3 Vrms sine wave. Set the frequency of the source to 1 kHz. 1- Plot and print, $V_o$, and $V_s$ waveforms. What is the phase angle between $V_o$, and $V_s$? Is $V_o$ leading or lagging $V_s$? What is the rms values of I and $V_o$. Then, compare these values with the theoretical calculations. 2- Now, sweep the source frequency from 10 Hz to 4 kHz and plot $V_o$ in terms frequency. Explain how the magnitude of the output voltage changes when the frequency sweeps. Why? Print the graph. Go to Place=>Pspice components=>voltage sources=> Sin to pick the Sin source for $V_s$ VOFF = 0 VAMPL = 3 FREQ = 1000 AC = 3

          Figure below shows a RC circuit. Use $R_{ESR} = 10 \Omega$, $R_{ref} = 2.2 \text{ k}\Omega$, and $C = 0.1 \mu F$. Note that $R_{ESR}$ is the
internal resistance of the capacitor under test. Set the function generator to output a 3 Vrms sine wave. Set
the frequency of the source to 1 kHz.
1- Plot and print, $V_o$, and $V_s$ waveforms. What is the phase angle between $V_o$, and $V_s$? Is $V_o$ leading
or lagging $V_s$? What is the rms values of I and $V_o$. Then, compare these values with the theoretical
calculations.
2- Now, sweep the source frequency from 10 Hz to 4 kHz and plot $V_o$ in terms frequency. Explain
how the magnitude of the output voltage changes when the frequency sweeps. Why? Print the
graph.
Go to Place=>Pspice components=>voltage sources=> Sin to pick the Sin source for $V_s$
VOFF = 0
VAMPL = 3
FREQ = 1000
AC = 3

Figure below shows a RC circuit. Use RESR = 10 Ω, Rref = 2.2 kΩ, and C = 0.1 μ F. Note that RESR is the
internal resistance of the capacitor under test. Set the function generator to output a 3 Vrms sine wave. Set
the frequency of the source to 1 kHz.
1- Plot and print, Vo, and Vs waveforms. What is the phase angle between Vo, and Vs? Is Vo leading
or lagging Vs? What is the rms values of I and Vo. Then, compare these values with the theoretical
calculations.
2- Now, sweep the source frequency from 10 Hz to 4 kHz and plot Vo in terms frequency. Explain
how the magnitude of the output voltage changes when the frequency sweeps. Why? Print the
graph.
Go to Place=>Pspice components=>voltage sources=> Sin to pick the Sin source for Vs
VOFF = 0
VAMPL = 3
FREQ = 1000
AC = 3

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