Design by direct implementation the electronic circuits for the following logic equations using any real 1 or 2 input logic gates. Assume the signal definitions as shown below. Do not simplify the logic equation.
A) X = /A* B + A*/C ;all signals are high true (positive logic)
B) X = /A* B + A*/C ;all signals are low true (negative logic)
C) X = /A* B + A*/C ;X.H, A.L, B.H, C.L
D) X = /A* B + A*/C ;X.L, A.H, B.L, C.H
What should the signal definitions be for the equations, such that the minimal about of hardware (gates) are used assuming we have an abundance of NAND gates? Show the signals definitions and resulting circuitry.