A MOSFET amplifier with the configuration in Figure B.2(b) is to be designed for use in...

 

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A MOSFET amplifier with the configuration in Figure B.2(b) is to be designed for use in a telephone circuit. The magnitude of the voltage gain, Avo/Vsig, should be 10 in the mid-band range for Z₁ = 36 k92. The mid-band frequency range should extend from 300 Hz to 3.4 kHz. For this purpose, Cs is used to set the low cut-off frequency while Cp is used to set the high cut-off frequency. If the measured Q- point is VGSQ = 1.8 V, IDQ = 0.2 mA, and VDSQ = 5V; (1) Determine Rp. (2 marks) A MOSFET amplifier with the configuration in Figure B.2(b) is to be designed for use in a telephone circuit. The magnitude of the voltage gain, Avo/Vsig, should be 10 in the mid-band range for Z₁ = 36 k92. The mid-band frequency range should extend from 300 Hz to 3.4 kHz. For this purpose, Cs is used to set the low cut-off frequency while Cp is used to set the high cut-off frequency. If the measured Q- point is VGSQ = 1.8 V, IDQ = 0.2 mA, and VDSQ = 5V; (1) Determine Rp. (2 marks)

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A MOSFET amplifice with the configuration in Fifty is to be designed for us... View the full answer