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The combination of NAND gates shown here...

The combination of NAND gates shown here under are equivalent to

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For the combination of gates in (X), the boolean expression is `Y = bar(bar(A). bar(B)) = A+B` .
For the combination of gates in (Y), the boolean expression is `Y = bar(bar(A). bar(B)) = A.B`
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AAKASH SERIES-SEMICONDUCTOR DEVICES-EXAMPLES
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  7. In a negative feedback amplifier, the gain without feedback is 100, fe...

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  8. In a negative feedback amplifier, the gain without feedback is 100, fe...

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  9. In a negative feedback amplifier, the gain without feedback is 100, fe...

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  10. In a negative feedback amplifier, the gain without feedback is 100, fe...

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  11. In a negative feedback amplifier, the gain without feedback is 100, fe...

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  12. The Boolean expression of the output Y of the inputs A and B for the c...

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  13. The combination of NAND gates shown here under are equivalent to

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  15. The logic circuit and its truth table are given, what is the gate X in...

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  16. Draw the logic circuit corresponding to the Boolean expression. Y=AB+b...

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  17. Simplify Y = AB+ABC +barAB+ AbarBC using Boolean Algebra. Draw the res...

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  18. Write Boolean equation for the output of fig. and solve this equation ...

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  19. Draw logic diagrams for the Boolean expressions given below. A * ba...

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