6. Implement the following Boolean function using CMOS technology (PMOS and NMOS transistors). Note that you have to use PMOS transistors at the top and NMOS transistors at the bottom. Draw it. (1 point) F(A,B,C) = ((A+B)C)'
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2. Implement the following Boolean expression using CMOS Transmission gate F = ABCD + ABCD + ABC + AD 3. Consider the logic function Z = A.C + D + D.B + C a. Realize the above Boolean function using CMOS transistors b. Obtain a common Euler path for both nMOS and pMOS transistors and hence draw the optimized stick diagram layout.
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1. Draw the transistor schematic of the following binary functions using the minimum number of transistors. Assume that the inputs are available in both true and complemented forms. (a) F = (a + b)c + a (b) F = a + (c + b) + a + bc (c) F = b(ab + eb(a + cd)) + ab
It is required to design a CMOS logic circuit that realizes a three-input, even-parity checker. Specifically, the output $Y$ is to be low when an even number $(0 \text { or } 2)$ of the inputs $A, B,$ and $C$ are high. (a) Give the Boolean function $\bar{Y}$ (b) Sketch a PDN directly from the expression for $\bar{Y}$. Note that it requires 12 transistors in addition to those in the inverters. (c) From inspection of the PDN circuit, reduce the number of transistors to 10 (d) Find the $\mathrm{PUN}$ as a dual of the PDN in (c), and hence the complete realization.
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