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2. An amplifier with a power gain of 80dB is using a dual power supply voltage of ±10V. a. Calculate the voltage gain of the amplifier. b. Sketch the transfer characteristics curve of the amplifier. c. Determine the peak to peak value of the largest input signal that can be amplified without clipping.

2. An amplifier with a power gain of 80dB is using a dual power supply voltage of ±10V. a. Calculate the voltage gain of the amplifier. b. Sketch the transfer characteristics curve of the amplifier. c. Determine the peak to peak value of the largest input signal that can be amplified without clipping.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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2. An amplifier with a power gain of 80dB is using a dual power supply voltage of +10V. a. Calculate the voltage gain of the amplifier. b. Sketch the transfer characteristics curve of the amplifier. c. Determine the peak to peak value of the largest input signal that can be amplified without clipping. d. Determine the peak to peak value of the largest output signal that the amplifier can produce without clipping. e. Determine the DC offset of the output signal found in part d.
Transcribed Image Text:2. An amplifier with a power gain of 80dB is using a dual power supply voltage of +10V. a. Calculate the voltage gain of the amplifier. b. Sketch the transfer characteristics curve of the amplifier. c. Determine the peak to peak value of the largest input signal that can be amplified without clipping. d. Determine the peak to peak value of the largest output signal that the amplifier can produce without clipping. e. Determine the DC offset of the output signal found in part d.
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