1. For the CS CMOS amplifier (shown below, left) take: unCox=200 A/V, Cox = 50 A/V,...

Transcribed Image Text:

1. For the CS CMOS amplifier (shown below, left) take: unCox=200 μA/V², μCox = 50 μA/V², Vtn = |Vtp| = 0.8V, V An IV Apl = 10 V/μm, and VoD = 2.5V. It is required to design an amplifier with voltage gain Av=-20V/V. If the transistors have equal lengths Land operate at lo= 100μA and Vovn = | Vovp|= 0.4V, find the values of VG, (= 1.3V), L, (= 0.8μ), (W/L), (= 6.25) and (W/L)2(= 25). VGO- 6+ = VDD Q₂ Q₁ 1. For the CS CMOS amplifier (shown below, left) take: unCox=200 μA/V², μCox = 50 μA/V², Vtn = |Vtp| = 0.8V, V An IV Apl = 10 V/μm, and VoD = 2.5V. It is required to design an amplifier with voltage gain Av=-20V/V. If the transistors have equal lengths Land operate at lo= 100μA and Vovn = | Vovp|= 0.4V, find the values of VG, (= 1.3V), L, (= 0.8μ), (W/L), (= 6.25) and (W/L)2(= 25). VGO- 6+ = VDD Q₂ Q₁

Answer rating: 100% (QA)

Stepbystep solution Step 1 of 9 ... View the full answer