Consider a CMOS inverter utilizing the devices with parameters for NMO

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Consider a CMOS inverter utilizing the devices with parameters for NMOS: μnCox = 250 × 10−6 A/V2, VTN = 0.8 V, λN = 0.01, (W/L)n = 5 μm/ 500 nm μpCox = 120 × 10−6 V/A2, VTP = −0.9 V⋅ λP = 0.015, (W/L)p = 5.5 μm/500 nm, VDD = 5 V. a. Find the VM value for the inverter. Include the channel length modulation effect. You can use MATLAB or a similar tool to solve the equation, but show how you build the equation. b. Keeping the NMOS size constant, find the proper size that results in tPHL = tPLH.

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Consider a CMOS inverter utilizing the devices with parameters for NMOS: $μ_{n} C_{o x} =$

\begin{array}{l} 250 \times 10^{- 6} A / V^{2}, V_{T N} = 0.8 V, λ_{N} = 0.01, (W /)_{n} = 5 μ m / 500 n m μ_{p} C_{o x} = \\ 120 \times 10^{- 6} V / A^{2}, V_{T P} = - 0.9 V \cdot λ_{P} = 0.015, (W /)_{L} = 5.5 μ m / 500 n m, V_{D D} = \end{array}

5 V

. a. Find the

V_{M}

value for the inverter. Include the channel length modulation effect. You can use MATLAB or a similar tool to solve the equation, but show how you build the equation. b. Keeping the NMOS size constant, find the proper size that results in