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OBJECTIVES : 1. To be able to construct a half-wave rectifier circuit and examine its input and output waveforms. 2. To find out the phase relation between the voltage across the load and the voltage across the diode.   QUESTIONS : 1. What is the effect of reversing the diode in the circuit (Step 7)? 2. Compare the waveform across the diode (Step 9) with the waveform across the load (Step 6) ? 3. What portion of the input signal is clipped at the output ? 4. Give the advantages of a silicon over germanium rectifier diode.

OBJECTIVES : 1. To be able to construct a half-wave rectifier circuit and examine its input and output waveforms. 2. To find out the phase relation between the voltage across the load and the voltage across the diode.   QUESTIONS : 1. What is the effect of reversing the diode in the circuit (Step 7)? 2. Compare the waveform across the diode (Step 9) with the waveform across the load (Step 6) ? 3. What portion of the input signal is clipped at the output ? 4. Give the advantages of a silicon over germanium rectifier diode.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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OBJECTIVES :
1. To be able to construct a half-wave rectifier circuit and examine its input
and output waveforms.
2. To find out the phase relation between the voltage across the load and the
voltage across the diode.

 

QUESTIONS :
1. What is the effect of reversing the diode in the circuit (Step 7)?
2. Compare the waveform across the diode (Step 9) with the waveform
across the load (Step 6) ?

3. What portion of the input signal is clipped at the output ?
4. Give the advantages of a silicon over germanium rectifier diode.

CIRCUIT DIAGRAM : D IÑ4001 AC Source R 1K O Vour PROCEDURES : 1. Construct the half-wave rectifier circuit as shown. 2. Monitor the input voltage using the oscilloscope. Adjust the oscilloscope to show at least two complete cycles of the input signal. Draw the input waveform in Graph 1 and measure the peak-to-peak value. Record this in Table 1. Convert this value into RMS value using the 3. 4. formula: Vp-r - Vp-p 2.828 VRMS In drawing the waveform in Graph 1, show only two cycles of the signal being measured. NOTE : 5. Monitor the output voltage and adjust the oscilloscope to show at least two complete cycles of the signal. Draw the output waveform in Graph 2 and measure the peak value of the voltage. Record this in Table 1. Reverse the diode in the circuit and observe the effect on the output waveform. Return D, to its original orientation. Connect the probe of the oscilloscope across the diode placing the ground lead at the cathode of D1. Draw the waveform in Graph 3 and measure the peak value of the voltage. Record this in Table 1. Ce in drawing the waveforms. 6. 7. 8. 9. der the correct phase relationship
Transcribed Image Text:CIRCUIT DIAGRAM : D IÑ4001 AC Source R 1K O Vour PROCEDURES : 1. Construct the half-wave rectifier circuit as shown. 2. Monitor the input voltage using the oscilloscope. Adjust the oscilloscope to show at least two complete cycles of the input signal. Draw the input waveform in Graph 1 and measure the peak-to-peak value. Record this in Table 1. Convert this value into RMS value using the 3. 4. formula: Vp-r - Vp-p 2.828 VRMS In drawing the waveform in Graph 1, show only two cycles of the signal being measured. NOTE : 5. Monitor the output voltage and adjust the oscilloscope to show at least two complete cycles of the signal. Draw the output waveform in Graph 2 and measure the peak value of the voltage. Record this in Table 1. Reverse the diode in the circuit and observe the effect on the output waveform. Return D, to its original orientation. Connect the probe of the oscilloscope across the diode placing the ground lead at the cathode of D1. Draw the waveform in Graph 3 and measure the peak value of the voltage. Record this in Table 1. Ce in drawing the waveforms. 6. 7. 8. 9. der the correct phase relationship
DATA AND RESULTS: Graph 1 Graph 2 Graph 3 Procedures Volts AC Input Step 4 Vee ". Vs V Rectifier Output Stop 6 Vr Across Di Step 9 Vra Table 1 QUESTIONS: 1. What is the effect of reversing the diode in the circuit (Step 7)? 2. Compare the waveform across the diode (Step 9) with the waveform across the load (Step 6)? 3. What portion of the input signal is clipped at the output ? 4. Give the advantages of a silcon over germanium rectfier diode. OBSERVATIONS :
Transcribed Image Text:DATA AND RESULTS: Graph 1 Graph 2 Graph 3 Procedures Volts AC Input Step 4 Vee ". Vs V Rectifier Output Stop 6 Vr Across Di Step 9 Vra Table 1 QUESTIONS: 1. What is the effect of reversing the diode in the circuit (Step 7)? 2. Compare the waveform across the diode (Step 9) with the waveform across the load (Step 6)? 3. What portion of the input signal is clipped at the output ? 4. Give the advantages of a silcon over germanium rectfier diode. OBSERVATIONS :
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