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The CG amplifier shown below is biased by I1 = 1 mA. Assume λ = 0 and C1 is very large. (a) What value of RD places the transistor M1 150 mV away from the triode region? (b) What is the required W/L if the circuit must provide a voltage gain of 6 with the value of RD obtained in (a)?

The CG amplifier shown below is biased by I1 = 1 mA. Assume λ = 0 and C1 is very large. (a) What value of RD places the transistor M1 150 mV away from the triode region? (b) What is the required W/L if the circuit must provide a voltage gain of 6 with the value of RD obtained in (a)?  The CG amplifier shown below is biased by I1 = 1 mA. Assume λ = 0 and C1 is very large. (a) What value of RD places the transistor M1 150 mV away from the triode region? (b) What is the required W/L if the circuit must provide a voltage gain of 6 with the value of RD obtained in (a)?

The CG amplifier shown below is biased by I1 = 1 mA. Assume λ = 0 and C1 is very large. (a) What value of RD places the transistor M1 150 mV away from the triode region? (b) What is the required W/L if the circuit must provide a voltage gain of 6 with the value of RD obtained in (a)?

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The CG amplifier shown below is biased by I1 = 1 mA. Assume λ = 0 and C1 is very large. (a) What value of RD places the transistor M1 150 mV away from the triode region? (b) What is the required W/L if the circuit must provide a voltage gain of 6 with the value of RD obtained in (a)?

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