Digital Electronics XNOR followed by a NOT gate is equivalant to ________ gate XNOR NOR OR XOR XNOR NOR OR XOR ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Which of the following notations have two representations of zero? (I) 1’s complement with radix of number being 2 (II) 7’s complement with radix of number being 8 (III) 9’s complement with radix of number being 10 (IV) 10’s complement with radix of number being 10 Select the correct answer using the codes given below: (I), (II) & (III) (I) & (III) (I), (II) & (IV) (II), (III) & (IV) (I), (II) & (III) (I) & (III) (I), (II) & (IV) (II), (III) & (IV) ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics For checking the parity of a digital word, it is preferable to use NAND gates X-OR gates NOR gates AND gates NAND gates X-OR gates NOR gates AND gates ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics When will be the output of a NOT gate is HIGH ? the input is HIGH the input is LOW None of these the input is HIGH and LOW the input is HIGH the input is LOW None of these the input is HIGH and LOW ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The field, which is never present in an assembly language statement, is Comment Opcode Operand Continue Comment Opcode Operand Continue ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The code used in digital systems to represent decimal digits, letters, and other special characters such as + , – , . , * , etc. is octal hexadecimal natural BCD ASCII octal hexadecimal natural BCD ASCII ANSWER DOWNLOAD EXAMIANS APP
EXAMIANS