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1. Set up the circuit in Fig. 2 with R=1,2 k2. Use the 5 Vrms output of the transformer. 2. Observe the signal v2(t) on the oscilloscope and measure its peak value V, and its period T. 3. Observe the signal vout(t) on the oscilloscope, measure its peak value Vpout and its period Tout. Draw the waveform of vout(t) in your report. 4. Add a C = 220 µF capacitor between the output terminals. Observe and draw the waveform of vout(t) in your report noting the critical values on the waveform.

1. Set up the circuit in Fig. 2 with R=1,2 k2. Use the 5 Vrms output of the transformer. 2. Observe the signal v2(t) on the oscilloscope and measure its peak value V, and its period T. 3. Observe the signal vout(t) on the oscilloscope, measure its peak value Vpout and its period Tout. Draw the waveform of vout(t) in your report. 4. Add a C = 220 µF capacitor between the output terminals. Observe and draw the waveform of vout(t) in your report noting the critical values on the waveform.

Electric Motor Control
Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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The Half – Wave Rectifier: IN4001 1: a + R V, = aV1 Vyut 1.2K out to - V.
Transcribed Image Text:The Half – Wave Rectifier: IN4001 1: a + R V, = aV1 Vyut 1.2K out to - V.
A. Half – Wave Rectifier: 1. Set up the circuit in Fig. 2 with R = 1,2 k2. Use the 5 Vrms output of the transformer. 2. Observe the signal v2(t) on the oscilloscope and measure its peak value V, and its period T. 3. Observe the signal vout(t) on the oscilloscope, measure its peak value Vpout and its period Tout. Draw the waveform of vout(t) in your report. 4. Add a C = 220 µF capacitor between the output terminals. Observe and draw the waveform of vout(t) in your report noting the critical values on the waveform.
Transcribed Image Text:A. Half – Wave Rectifier: 1. Set up the circuit in Fig. 2 with R = 1,2 k2. Use the 5 Vrms output of the transformer. 2. Observe the signal v2(t) on the oscilloscope and measure its peak value V, and its period T. 3. Observe the signal vout(t) on the oscilloscope, measure its peak value Vpout and its period Tout. Draw the waveform of vout(t) in your report. 4. Add a C = 220 µF capacitor between the output terminals. Observe and draw the waveform of vout(t) in your report noting the critical values on the waveform.
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