Q-5: What is COut in fF of a 2 -input NOR gate with no CLOAD in a 0.35

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Q-5: What is COut in fF of a 2 -input NOR gate with no CLOAD in a 0.35 μm CMOS process. Assume NO diffusions are shared. Use: Wp = 10.0 μm, Wn = 7.5 μm, Lp = Ln = 0.35 μm, Loverlap = 0.1 μm. All diffusion lengths X = 1.2 μm, COX = 6 fF/μm2. Cjn = 0.95 fF/μm2, Cjp = 1.1 fF/μm2, Cjswn = 0.2 fF/μm, Cjswp = 0.3 fF/μm.

Q-5: What is COut in fF of a 2 -input NOR gate with no CLOAD in a 0.35 μm CMOS process. Assume NO diffusions are shared. Use: Wp = 10.0 μm, Wn = 7.5 μm, Lp = Ln = 0.35 μm, Loverlap = 0.1 μm. All diffusion lengths X = 1.2 μm, COX = 6 fF/μm2. Cjn = 0.95 fF/μm2, Cjp = 1.1 fF/μm2, Cjswn = 0.2 fF/μm, Cjswp = 0.3 fF/μm.

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Q-5: What is

C_{Out}

in

f F

of a 2 -input NOR gate with no

C_{LOAD}

in a

0.35 μ m

CMOS process. Assume NO diffusions are shared. Use:

W_{p} = 10.0 μ m, W_{n} = 7.5 μ m, L_{p} = L_{n} = 0.35 μ m, L_{overlap} = 0.1 μ m

. All diffusion lengths

X = 1.2 μ m, C_{O X} = 6 f F / μ m^{2}

.

C_{j n} = 0.95 f F / μ m^{2}, C_{j p} = 1.1 f F / μ m^{2}, C_{j s w n} = 0.2 f F / μ m, C_{j s w p} = 0.3 f F / μ m

.

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