전자회로실험 A+ 4주차 결과보고서(Application of Diode)

소개

"전자회로실험 A+ 4주차 결과보고서(Application of Diode)"에 대한 내용입니다.

목차

1. 실험목표
2. 실험과정
3. 실험결과
4. 실험결과 사진
5. PSPICE 결과
6. PSPICE 사진
7. 분석 및 토의

본문내용

1. 실험목표
In this lab, we will study the behavior and characteristics of diodes in electrical circuits, and explore their practical applications. Through the experiment, students can investigate the properties of diodes, such as the forward voltage drop. They can also learn how to use diodes to regulate voltage, protect circuits from voltage spikes or surges, and convert alternating current (AC) to direct current (DC).
2. 실험과정
(1) Half-wave and Full-wave Rectifier
1. Set up the circuit shown in Figure 3.1, with RL = 5.6 kΩ.
3.1 Half wave rectifier
2. Increase DC voltage Vin from -5V to 5 with 1V scale, and measure DC voltage at Vout. Record it at table.
3. Using recorded data, draw Vin-Vout graph with Vin from -5V to 5V and obtain VD,on.
4. Remove DC supply from Vin, then connect function generator. Apply 10Vpp sinusoidal waveform Vin. At this time, DC voltage should be 0V and fin is 60Hz.
5. Observe and capture measured Vout and compare with theoretical value.
6. Change the circuit shown in Figure 3.3, with RL = 5.6 kΩ.

7. Repeat the measurement in procedure 3.1.2~3.1.5.
Note: In this step, use two probes. All grounds of probes are connected to Vin(-) node. Connect the probe to the Vout(+) node, and the other port to the Vout(-) node. Use "math" function to measure output waveform Vout.
8. Compare the pros and cons of two types of rectifiers and describe the solution.

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