Image caption a) Set the Q-point of each transistor to be in the middle of the forward

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a) Set the Q-point of each transistor to be in the middle of the forward active region. b) Calculate the DC voltage at the input and output points of each amplifier. AC ANALYSIS OF THE CIRCUIT c) Draw the small signal model equivalent circuit of the circuit and calculate the small signal model parameters. d) Calculate the small signal model current gain and voltage gain of the circuit. e) Identify the factors that negatively affect earnings. f) Obtaining Bode Plots g) Determine the under cutoff frequency and discuss the factors affecting it. h) Determine the upper cutoff frequency and discuss the factors affecting this frequency. a) Set the Q-point of each transistor to be in the middle of the forward active region. b) Calculate the DC voltage at the input and output points of each amplifier. AC ANALYSIS OF THE CIRCUIT c) Draw the small signal model equivalent circuit of the circuit and calculate the small signal model parameters. d) Calculate the small signal model current gain and voltage gain of the circuit. e) Identify the factors that negatively affect earnings. f) Obtaining Bode Plots g) Determine the under cutoff frequency and discuss the factors affecting it. h) Determine the upper cutoff frequency and discuss the factors affecting this frequency.

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Answer a To set the Qpoint of each transistor in the middle of the forward active region you need to ensure that the collector current Ic is approxima... View the full answer