HnCox =200 µA/V² , µpCox =100 µA/N? , NMOS VTH =0.4 V, PMOS VTH =-0.4 V, 1 (40%) The degenerated stage showing below need to provide a voltage gain of 4 with a power budget of 2 mW. The voltage drop on the Rs is equal to 200 mv. Assume 1=0, If the overdrive voltage of the transistor is set to 100 mv and R1 and R2 must consume 5% of the allocated power, design the circuit by finding (1) Ipsof M1, (2) Rs, (3) Ro, (4) R2, (5) R1 , (6) (W/L) of M1. Von = 1.8 V

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HnCox =200 µA/N² , µpCox =100 µA/V² , NMOS VTH =0.4 V, PMOS VTH =-0.4 V,
1 (40%) The degenerated stage showing below need to provide a voltage gain of 4 with a
power budget of 2 mW. The voltage drop on the R, is equal to 200 mv. Assume 1=0, If the
overdrive voltage of the transistor is set to 100 mv and R1 and R2 must consume 5% of the
allocated power, design the circuit by finding (1) /osof M1, (2) Rs, (3) RD, (4) R2, (5) R1, (6) (W/L)
of M1.
VDD = 1.8 V
ERD
Vout
M1
R1
R2
Vin
Rs
Transcribed Image Text:HnCox =200 µA/N² , µpCox =100 µA/V² , NMOS VTH =0.4 V, PMOS VTH =-0.4 V, 1 (40%) The degenerated stage showing below need to provide a voltage gain of 4 with a power budget of 2 mW. The voltage drop on the R, is equal to 200 mv. Assume 1=0, If the overdrive voltage of the transistor is set to 100 mv and R1 and R2 must consume 5% of the allocated power, design the circuit by finding (1) /osof M1, (2) Rs, (3) RD, (4) R2, (5) R1, (6) (W/L) of M1. VDD = 1.8 V ERD Vout M1 R1 R2 Vin Rs
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