For all of the transistors in the figure, B=2mA/V, |VThl=1V and VA=100V are given. +3V A...

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For all of the transistors in the figure, B=2mA/V², |VThl=1V and VA=100V are given. +3V A +3V +3V A МА MB M7 Ms a) Find R and VGG- vout b) A diode-connected PMOS transistor will be used in place of R. Find ßp value of the PMOS transistor. R vin1 vin2 M2 Ms M6 1mA c) Obtain VGG by using diode-connected NMOS transistors (2 transistors). Draw the structure. Find BN values of the transistors. VG, M4 MD MC -3V -3V -3V d) Find the differential gain (Ad%3Dvout/[vin1-vin2]). e) Find CMRR of the whole circuit. (Note that CMRR is not 0) For all of the transistors in the figure, B=2mA/V², |VThl=1V and VA=100V are given. +3V A +3V +3V A МА MB M7 Ms a) Find R and VGG- vout b) A diode-connected PMOS transistor will be used in place of R. Find ßp value of the PMOS transistor. R vin1 vin2 M2 Ms M6 1mA c) Obtain VGG by using diode-connected NMOS transistors (2 transistors). Draw the structure. Find BN values of the transistors. VG, M4 MD MC -3V -3V -3V d) Find the differential gain (Ad%3Dvout/[vin1-vin2]). e) Find CMRR of the whole circuit. (Note that CMRR is not 0)