If a common emitter amplifier with an emitter resistance RC has an overall transconductance gain of 1 m A/V, a voltage gain of - 4 and desensitivity of 50, then the value of the emitter resistance R would be-A-50 kΩB-0.98 kΩC-50 ΩD-0.98 Ω-B-0.98 kΩ

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If a common emitter amplifier with an emitter resistance RC has an overall transconductance gain of 1 m A/V, a voltage gain of - 4 and desensitivity of 50, then the value of the emitter resistance R would be-A-50 k&Omega;B-0.98 k&Omega;C-50 &Omega;D-0.98 &Omega;-B-0.98 k&Omega;

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B 0.98 k&Omega; Can anyone please help me solve this problem? Thank you.

Analog Electronics - Engineering

If a common emitter amplifier with an emitter resistance R_C has an overall transconductance gain of 1 m A/V, a voltage gain of - 4 and desensitivity of 50, then the value of the emitter resistance R would be

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Analog Electronics - Engineering

If a common emitter amplifier with an emitter resistance RC has an overall transconductance gain of 1 m A/V, a voltage gain of - 4 and desensitivity of 50, then the value of the emitter resistance R would be

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For help Students Orientation Mcqs Questions

If a common emitter amplifier with an emitter resistance R_C has an overall transconductance gain of 1 m A/V, a voltage gain of - 4 and desensitivity of 50, then the value of the emitter resistance R would be

For help Students Orientation
Mcqs Questions