The output of a digital circuit (y) is given by this expression: y = ( | Physics 2075

Physics20755 marksNumerical: digital circuit truth tableUniversal gates

The output of a digital circuit $(y)$ is given by this expression: $y = (CB + \overline{C}A)(\overline{B}A)$ where $A$ , $B$ and $C$ represent inputs. Draw a circuit of the above equation using OR, AND and NOT gate and hence find its truth table. [5]

The output of a digital circuit $(y)$ is given by this expression: $y = (CB + \overline{C}A)(\overline{B}A)$ where $A$, $B$ and $C$ represent inputs. Draw a circuit of the above equation using OR, AND and NOT gate and hence find its truth table. [5]

Boolean expression: $y = (CB + \bar{C}A)(\bar{B}A)$ Inputs: $A, B, C$ (three inputs → $2^3 = 8$ combinations). Gates allowed: AND, OR, NOT only. Gate Type Operation ----------------------- G1 NOT $\bar{C}$ G2 NOT $\bar{B}$ G3 AND $C \cdot B$ G4 AND $\bar{C} \cdot A$ G5 OR $CB + \bar{C}A$ G6 AND...

Boolean expression: $$y = (CB + \bar{C}A)(\bar{B}A)$$ Inputs: $A, B, C$ (three inputs → $2^3 = 8$ combinations). Gates allowed: AND, OR, NOT only. Gate Type Operation ----------------------- G1 NOT $\bar{C}$ G2 NOT $\bar{B}$ G3 AND $C \cdot B$ G4 AND $\bar{C} \cdot A$ G5 OR $CB + \bar{C}A$ G6 AND...

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The output of a digital circuit (y) is given by this expression: y = (CB + overlineCA)(overlineBA) where A, B and C represent inputs. Draw a circuit of the above equation using OR, AND and NOT gate and hence find its truth table.