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Digital Systems
1. Describe the working of Binary comparator (Magnitude comparator)a. Define Binary comparatorb. Binary comparator working process with logical diagrams
2. Describe the working of Parity generators and checkers.a. Define Parity generators and checkersb. Parity representation for Binary number table and explanationc. Detecting an Error using Parity generators and checkers with example
3. Describe the working principle of Master-slave J-K flip-flop.a. Define J-K flip-flopb. Working principle of Master-slave J-K flip-flopc. Logic diagram and truth table
4. Explain the working of negative edge triggered ripple up-counter.
5. With the block diagram justify the working of Flash ADC.
High Voltage Distribution System or HVDS Adoption of HVDS (High Voltage Distribution System) through converting existing LVDS to HVDS reduces the technical losses appreciably.
Although the low side is not as good a choice as the high-side local oscillator frequency, let an AM broadcast receiver be designed with a low-side local oscillator. As fc is varie
Q. Determine the voltages Vx using voltage division and equivalent resistor reductions for the circuits shown in Figure.
Determine phase - voltage and power: A balanced star connected load is supplied from a symmetrical 3-phase 440 Volt system. The current in each of the phase is 40 Amp and lags
Turn off Time This is also known as gate controlled turn on time. The time interval between a specified point at the beginning of the gate pulse and the instant wh
Explain the AND GATES - Microprocessor? The AND GATE has a logic 1 or high output if the entire inputs are high. The boolean and symbol expression for a 3-input AND gate is sho
A feedback control system with the configuration of Figure has the following parameters: K p = 0.5 V/rad, K a = 100 V/V, K m = 2.7 × 10 -4 N·m/V, J = 1.5 × 10 -5 kg·m 2 , and
Q. The full-wave rectified waveform, approximated by the first three terms of its Fourier series, is given by v (ωt) = V m sin (ωt/2), for 0 ≤ ωt ≤ 2π, and where V m = 100
Q. Show the procedure of Hex to Decimal Conversion? To convert from the Hex to the Decimal, multiply the value in each position by its hex weight and add each value. Using the
Give some applications of constantan. Constantan is an alloy of nickel and copper. It is used in thermocouples, motor starters and precision resistors.
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