Q. The simplified expression of half subtractor borrow is

View solution

Q. The analysis of combinational circuits is a

View solution

Q. The simplified expression of full subtractor borrow is

View solution

Q. OR gates are converted to NAND gates using

View solution

Q. To implement the Boolean function with NAND gates we convert the function to

View solution

Q. Designing combinational circuits we consider?

View solution

Q. Full adder performs addition on

View solution

Q. When both inputs are different the output of XOR is

View solution

Q. The convenient way is to convert NAND logic diagram to

View solution

Q. The result of two bit subtraction is called?

View solution

Q. For digital circuits logical circuits can be

View solution

Q. The truth table can directly be obtained from

View solution

Q. Rather than AND-OR gates combinational circuits are made by

View solution

Q. Combinational circuits are described by

View solution

Q. Sometimes it is necessary to use the output of one system as the

View solution

Q. If two systems have different codes then circuit inserted between them is

View solution

Q. In the design procedure input output values are assigned with

View solution

Q. In analysis procedure information processing task is correlated with

View solution

Q. The NAND logic conversion is facilitated using symbols of

View solution

Q. The multiple variable XOR operation is defined as

View solution