A PMOS transistor based single-stage amplifier is shown in the figure below (Fig. Q2). The PMOS...

 

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A PMOS transistor based single-stage amplifier is shown in the figure below (Fig. Q2). The PMOS has VEn = -0.7 V and a very large |VAl. +2.5 V Rs Cs Rsig Usig RD -2.5 V Fig. Q2 What is the configuration of the single-stage amplifier? What is the major application of this type of single-stage amplifier? а. (4 marks) = 0.3 mA and |Vov] = 0.3 V. Assume vsig to have b. Select a value for Rs to bias the transistor at In a zero DC component. (6 marks) c. Draw the small-signal equivalent model of the circuit. (4 marks) d. Select a value for Rp that results in a small signal voltage gain of A, = -10 V/V. (6 marks) e. Find the largest sinusoid vsig that the amplifier circuit can handle while remaining in the saturation region. What is the corresponding signal at the output? A PMOS transistor based single-stage amplifier is shown in the figure below (Fig. Q2). The PMOS has VEn = -0.7 V and a very large |VAl. +2.5 V Rs Cs Rsig Usig RD -2.5 V Fig. Q2 What is the configuration of the single-stage amplifier? What is the major application of this type of single-stage amplifier? а. (4 marks) = 0.3 mA and |Vov] = 0.3 V. Assume vsig to have b. Select a value for Rs to bias the transistor at In a zero DC component. (6 marks) c. Draw the small-signal equivalent model of the circuit. (4 marks) d. Select a value for Rp that results in a small signal voltage gain of A, = -10 V/V. (6 marks) e. Find the largest sinusoid vsig that the amplifier circuit can handle while remaining in the saturation region. What is the corresponding signal at the output?

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