GATE EC 2022 National Champion Quiz: Digital Circuits
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In ADC, the full scale input voltage of 9 V with its resolution being 6 mV, then the number of bits used in the ADC _______.
The I/P – O/P voltage for the standard TTL family are given by Vohmin= 2.6 V Volmax= 0.6V= 2V and= 0.4 V. The maximum – amplitude noise that can be tolerated when a high I/P is driving an input is
Which of following logic expression are shown
A weighted resistor type digital to analog converter is designed as shown in the figure below. The input voltage is equal to 0 V for logic input ‘0’ and is equal to 5 V for logic input ‘1’. If the resolution of the digital to analog converter is equal to –0.3 V, then the value of RF (in Ω) is equal to
What will be the output Y, if the input number as shown in the below digital circuit?
Consider the following circuit of a synchronous counter,
If the initial state of the counter is, the clock period is 50 ns, the flip-flips are ideal. Find the MOD number of the counter.
Contents of the Accumulator (A) after execution of the following assembly language program of an 8085 microprocessors, is
Consider the circuit shown in the figure below:
The input to the circuit is two, 2-bit numbers. The numbers are represented as (A1 A0) and (B1B0). The function of the circuit is
Let the minimum number of NAND gates required for the implementation of AB+CD is X and the minimum number of nor gates required for the implementation of AB+CD is Y .Then X*Y =_________
Consider the D-Latch shown in the figure, which is transparent when its clock input CK is high and has zero propagation delay. In the figure, the clock signal CLK1 has a 50% duty cycle and CLK2 is a one-fifth period delayed version of CLK1. The duty cycle at the output latch in percentage is ____.
Three memory chips having equal 10 - bits address bus are of sizes 1KB, 2KB and 4KB.The data bus sizes of these three chips respectively
Consider an excess-3 to BCD code converter as shown below which accepts excess-3 code as input and outputs corresponding BCD code
The simplified Boolean expression for the output bit Y is