Calculate the output (junction) capacitance for the following 32 nm CM

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Calculate the output (junction) capacitance for the following 32 nm CMOS gates. For an NMOS assume: Cj = 25 fF/nm2 and Cisw = 2.6 fF/nm, and for PMOS assume: Cj = 20 fF/nm2 and Cjsw = 2.2 fF/nm. Use LD = 4 nm. Assume minimum length transistors, and no shared diffusion between transistors. a) Inverter: PMOSW = 8 λ, NMOSW = 4 λ b) 2-input NOR: PMOS W = 8 λ, NMOSW = 10 λ

Calculate the output (junction) capacitance for the following 32 nm CMOS gates. For an NMOS assume: Cj = 25 fF/nm2 and Cisw = 2.6 fF/nm, and for PMOS assume: Cj = 20 fF/nm2 and Cjsw = 2.2 fF/nm. Use LD = 4 nm. Assume minimum length transistors, and no shared diffusion between transistors. a) Inverter: PMOSW = 8 λ, NMOSW = 4 λ b) 2-input NOR: PMOS W = 8 λ, NMOSW = 10 λ

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Calculate the output (junction) capacitance for the following

32 n m

CMOS gates. For an NMOS assume:

C_{j} = 25 f F / {n m}^{2}

and

C_{i s w} = 2.6 f F / n m

, and for PMOS assume:

C_{j} = 20 f F / {n m}^{2}

and

C_{j s w} = 2.2 f F / n m

. Use

L_{D} = 4 n m

. Assume minimum length transistors, and no shared diffusion between transistors. a) Inverter:

P M O S W = 8 λ, N M O S W = 4 λ

b) 2-input NOR: PMOS

W = 8 λ, N M O S W = 10 λ

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