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a. Draw the input and output signals obtained in the experiment 1 b. What is the value of the input signal voltage that causes the diode to change from a connected state (ON, forward bias) to a disconnected (OFF, reverse bias)? Describe the circuit conditions under these circumstances! c. What is the value of the input signal voltage that causes the diode to change from disconnected to connected? Describe the circuit conditions under these circumstances!

a. Draw the input and output signals obtained in the experiment 1 b. What is the value of the input signal voltage that causes the diode to change from a connected state (ON, forward bias) to a disconnected (OFF, reverse bias)? Describe the circuit conditions under these circumstances! c. What is the value of the input signal voltage that causes the diode to change from disconnected to connected? Describe the circuit conditions under these circumstances!

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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Experiment 1 1. Arrange a series of experiments in Figure below on the Multisim software. ... .... Ext T XFG1 D2 1N4148 R1 10kO vi =5V 2. Connect a sinusoidal signal 10 V pp 1 kHz to the input terminal. 3. Measure the shape of the output signal through the oscilloscope and document it. PP Questions for experiment 1. Draw the input and output signals obtained in the experiment 1 b. What is the value of the input signal voltage that causes the diode to change from a connected state (ON, forward bias) to a disconnected (OFF, reverse bias)? Describe the circuit conditions under these circumstances! What is the value of the input signal voltage that causes the diode to change from disconnected to connected? а. c. Describe the circuit conditions under these circumstances! d. Theoretically, calculate and determine the resulting output voltage! Use all possible assumptions e. Compare the results from point d with point a. Is there a difference between the data and the calculated value? Describe the things that might cause this difference!
Transcribed Image Text:Experiment 1 1. Arrange a series of experiments in Figure below on the Multisim software. ... .... Ext T XFG1 D2 1N4148 R1 10kO vi =5V 2. Connect a sinusoidal signal 10 V pp 1 kHz to the input terminal. 3. Measure the shape of the output signal through the oscilloscope and document it. PP Questions for experiment 1. Draw the input and output signals obtained in the experiment 1 b. What is the value of the input signal voltage that causes the diode to change from a connected state (ON, forward bias) to a disconnected (OFF, reverse bias)? Describe the circuit conditions under these circumstances! What is the value of the input signal voltage that causes the diode to change from disconnected to connected? а. c. Describe the circuit conditions under these circumstances! d. Theoretically, calculate and determine the resulting output voltage! Use all possible assumptions e. Compare the results from point d with point a. Is there a difference between the data and the calculated value? Describe the things that might cause this difference!
Experiment 2 1. Arrange a series of experiments in Figure below on the Multisim software Xsci:::: :: XPG1 E COME D2 IN4148 R1 $10ko 2. Connect a sinusoidal signal 10 V 1 kHz to the input terminal pp 3. Measure the shape of the output signal through the oscilloscope and document it Questions for experiment 2. Draw the input and output signals obtained in the experiment 2 b. What is the value of the input signal voltage that causes the diode to change from a connected state to a а. disconnected state? Describe the circuit conditions under these circumstances! с. What is the value of the input signal voltage that causes the diode to change from disconnected to connected? Describe the circuit conditions under these circumstances! d. Theoretically, calculate and determine the resulting output voltage! Use all possible assumptions e. Compare the results from point d with point a. Is there a difference between the data and the calculated value? Describe the things that might cause this difference!
Transcribed Image Text:Experiment 2 1. Arrange a series of experiments in Figure below on the Multisim software Xsci:::: :: XPG1 E COME D2 IN4148 R1 $10ko 2. Connect a sinusoidal signal 10 V 1 kHz to the input terminal pp 3. Measure the shape of the output signal through the oscilloscope and document it Questions for experiment 2. Draw the input and output signals obtained in the experiment 2 b. What is the value of the input signal voltage that causes the diode to change from a connected state to a а. disconnected state? Describe the circuit conditions under these circumstances! с. What is the value of the input signal voltage that causes the diode to change from disconnected to connected? Describe the circuit conditions under these circumstances! d. Theoretically, calculate and determine the resulting output voltage! Use all possible assumptions e. Compare the results from point d with point a. Is there a difference between the data and the calculated value? Describe the things that might cause this difference!
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