(Solved): please uses ltspice Figure 13.16: Full Wave Rectifier 1. Construct the circuit in figure 13.16 using ...

Figure 13.16: Full Wave Rectifier 1. Construct the circuit in figure 13.16 using a $60\mathrm{Hz}34{\mathrm{V}}_{\mathrm{p}?\mathrm{p}}$ input. Do not install the capacitor yet. 2. Capture the waveforms of $v_{\text{IN }}$ and $v_{\text{OUT }}$ using the oscilloscope with the capacitor removed. You will need to use the differential amplifier ${}^a$ to measure $v_{\text{IN }}$ without shorting out the rectifier. 3. Calculate the capacitance needed to have a ripple ratio of $?=0.03$. 4. Connect the capacitor then capture the waveforms of $v_{\text{IN }}$ and $v_{\text{OUT }}$. Measure the average and peak to peak voltage of $v_{\text{OUT }}$. ${}^a$ You can also measure the positive and negative side and use math mode on your oscilloscope