Digital Electronics A gate is inhibited when its inhibit input is at logic 1. The gate is AND NAND none of these OR AND NAND none of these OR ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The NAND gate can function as a NOT gate if all inputs are connected together one input is set to 0 inputs are left open one input is set to 1 all inputs are connected together one input is set to 0 inputs are left open one input is set to 1 ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The output of a gate is LOW if and only if all its inputs are HIGH. It is true for AND NAND NOR X-NOR AND NAND NOR X-NOR ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The time required for a gate to change its output is called as start time run time Decay time propagation time start time run time Decay time propagation time ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Most of the digital computers do not have floating point hardware because Floating point hardware is costly It is slower than software Of no specific reason It is not possible to perform floating point addition by hardware Floating point hardware is costly It is slower than software Of no specific reason It is not possible to perform floating point addition by hardware ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics A gate is enabled when its enable input is at logic 1. The gate is NAND NOR none of these OR NAND NOR none of these OR ANSWER DOWNLOAD EXAMIANS APP
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