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Design For the design of the amplifiers, consider a very large load resistance RL. Use a 15 V DC source and a sinusoidal input signal of 200 mVpp and 1 kHz.  Design a voltage amplification stage with a common emitter amplifier that meet the following specifications: Voltage gain of 15 (Av2 ≅ 15) Input impedance greater than or equal to 10 times Zo1 (Zi2 ≥ 10 Zo1). Low cut frequency less than or equal to 20 Hz (fcb2 ≤ 20 Hz). Maximum symmetric excursion.        Use a 2N2222A (NTE123A) transistor. Also, determine the value of the impedance output (Zo2) of the designed circuit.

Design For the design of the amplifiers, consider a very large load resistance RL. Use a 15 V DC source and a sinusoidal input signal of 200 mVpp and 1 kHz.  Design a voltage amplification stage with a common emitter amplifier that meet the following specifications: Voltage gain of 15 (Av2 ≅ 15) Input impedance greater than or equal to 10 times Zo1 (Zi2 ≥ 10 Zo1). Low cut frequency less than or equal to 20 Hz (fcb2 ≤ 20 Hz). Maximum symmetric excursion.        Use a 2N2222A (NTE123A) transistor. Also, determine the value of the impedance output (Zo2) of the designed circuit.

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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Design

For the design of the amplifiers, consider a very large load resistance RL.

Use a 15 V DC source and a sinusoidal input signal of 200 mVpp and 1 kHz. 

Design a voltage amplification stage with a common emitter amplifier that
meet the following specifications:

Voltage gain of 15 (Av2 ≅ 15)

Input impedance greater than or equal to 10 times Zo1 (Zi2 ≥ 10 Zo1).

Low cut frequency less than or equal to 20 Hz (fcb2 ≤ 20 Hz).

Maximum symmetric excursion. 

 

 

 

Use a 2N2222A (NTE123A) transistor.

Also, determine the value of the impedance output (Zo2) of the designed circuit.

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