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1. Run the transient simulations in LTSPICE, and display the waveforms of input voltage at node Vin and of output voltage at node Vout. Adjust the magnitude of sine-wave input voltage Vin until the waveform of output voltage shows NO DISTORTION or CLIPPING. Take a snapshot of the simulation waveforms and use caption Figure 5. 2.  From Item #1, measure the following: Input voltage, Vin = ______ Output voltage, Vout = _______ Input frequency, fin = ______ Output frequency, fout = _____

1. Run the transient simulations in LTSPICE, and display the waveforms of input voltage at node Vin and of output voltage at node Vout. Adjust the magnitude of sine-wave input voltage Vin until the waveform of output voltage shows NO DISTORTION or CLIPPING. Take a snapshot of the simulation waveforms and use caption Figure 5. 2.  From Item #1, measure the following: Input voltage, Vin = ______ Output voltage, Vout = _______ Input frequency, fin = ______ Output frequency, fout = _____

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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1. Run the transient simulations in LTSPICE, and display the waveforms of input voltage at node Vin and of output voltage at node Vout. Adjust the magnitude of sine-wave input voltage Vin until the waveform of output voltage shows NO DISTORTION or CLIPPING. Take a snapshot of the simulation waveforms and use caption Figure 5.

2. 

From Item #1, measure the following:

Input voltage, Vin = ______

Output voltage, Vout = _______

Input frequency, fin = ______

Output frequency, fout = _____

Vcc VCC +15 R1 RC 68k 1k C2 Vout 100µ C1 Vin Vb Q1 2N3904 100µ Vs + C3 RL R2 RE SINE(O 10m 1k) 16k 16k 750 100µ .tran 10m Vc W
Transcribed Image Text:Vcc VCC +15 R1 RC 68k 1k C2 Vout 100µ C1 Vin Vb Q1 2N3904 100µ Vs + C3 RL R2 RE SINE(O 10m 1k) 16k 16k 750 100µ .tran 10m Vc W
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