1. Use Pspice source to design a rectangular pulse train with peak-to-peak amplitude A = 4V (peak amplitude = 2V), period T₀ = 1ms, pulse width a = 0.25ms. Apply this pulse train to the circuit shown in Figure 1. Use the values of R1, C1 found in Prelab 3.

a. Run it in Time domain V_i(t) and V₀(t) between 0 and 6ms. Copy the screen.

b. Use the FFT option to measure the one-sided Fourier coefficients D_n at the output of the circuit (across the capacitor) in V as a function of frequency for 0 f 12f₀. Copy the FFT screen.

c. Design a table showing frequency vs. Volts.

C1 = 0.01mF

R1 = 5.3kOhms

R1 + x(t) + HE C1 y(t) 10 Figure 1 R1 + x(t) + HE C1 y(t) 10 Figure 1