7.74 A CE amplifier utilizes a BJT with β = 100 biased at IC = 0.5 mA and has a collector resistance R C = 12 k and a resistance R e = 250 connected in the emitter. Find Rin, A v o, and Ro. If the amplifier is fed with a signal source having a resistance of 10 k, and a load resistance RL = 12 k is connected to the output terminal, find the resulting Av and G v. If the peak voltage of the sine wave appearing between base and emitter is to be limited to 5 mV, what vˆsig is allowed, and what output voltage signal appears across the load?

74 11 - 7.74 A CE amplifier utilizes a BJT with β = 100 biased at IC = 0.5 mA and has a collector resistance R C = 12 k and a resistance R e = 250 connected in the emitter. Find Rin, A v o, and Ro. If the amplifier is fed with a signal source having a resistance of 10 k, and a load resistance RL = 12 k is connected to the output terminal, find the resulting Av and G v. If the peak voltage of the sine wave appearing between base and emitter is to be limited to 5 mV, what vˆsig is allowed, and what output voltage signal appears across the load?

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images - 7.74 A CE amplifier utilizes a BJT with β = 100 biased at IC = 0.5 mA and has a collector resistance R C = 12 k and a resistance R e = 250 connected in the emitter. Find Rin, A v o, and Ro. If the amplifier is fed with a signal source having a resistance of 10 k, and a load resistance RL = 12 k is connected to the output terminal, find the resulting Av and G v. If the peak voltage of the sine wave appearing between base and emitter is to be limited to 5 mV, what vˆsig is allowed, and what output voltage signal appears across the load?

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