Digital Electronics In case of OR gate, no matter what the number of inputs, a 1 at any input causes the output to be at logic 0 0 any input causes the output to be at logic 0 0 at any input causes the output to be at logic 1. 1 at any input causes the output to be at logic 1 1 at any input causes the output to be at logic 0 0 any input causes the output to be at logic 0 0 at any input causes the output to be at logic 1. 1 at any input causes the output to be at logic 1 ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The only function of NOT gate is to ___________. Act as a universal gate Stop signal Invert input signal None of these Act as a universal gate Stop signal Invert input signal None of these ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Digital circuit can be made by the repeated use of ___________ OR gates None of these NOT gates NAND gates OR gates None of these NOT gates NAND gates ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics An any or all gate is the other name of X-NOR gate OR gate X-OR gate AND gate X-NOR gate OR gate X-OR gate AND gate ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Which is the example of digital device from the given option ? Thermistors Record players Microprocessors Sensors Thermistors Record players Microprocessors Sensors ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The voltage levels for positive logic system must necessarily be negative may be positive or negative must necessarily be 0 V and 5 V must necessarily be positive must necessarily be negative may be positive or negative must necessarily be 0 V and 5 V must necessarily be positive ANSWER DOWNLOAD EXAMIANS APP