DIGITAL LOGIC DESIGN - COMBINATIONAL LOGICS MCQ

Electronics circuits Communications

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In NAND logic analysis procedure application requires repeated application of
Circuits whose output depends on directly present input is called
Full subtract circuits have
In designing a combinational circuits, truth table defines the relationship of
The most significant bit of arithmetic addition is called
Flip flop are constructed using
Two bit addition is done by
AND gates are converted to NAND gates using
In don\'t cares map input are marked by
OR operation is achieved through a NAND gate with Additional
The simplified expression of half subtractor borrow is
The analysis of combinational circuits is a
The simplified expression of full subtractor borrow is
OR gates are converted to NAND gates using
To implement the Boolean function with NAND gates we convert the function to
Designing combinational circuits we consider?
Full adder performs addition on
When both inputs are different the output of XOR is
The convenient way is to convert NAND logic diagram to
The result of two bit subtraction is called?

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