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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.
Explain the hysteresis loop of a magnetic material. Hystereses loop-Below the Curie temperature all-ferromagnetic materials show the identified hysteresis in the B (i.e. flux
A three-phase, 220-V, 60-Hz, four-pole, wye connected induction motor has a per-phase stator resistance of 0.5 . The following no-load and blocked rotor test data on the motor are
Dry type 10KVA-3ph-440/230v Dyn11. If we decide to wound above such specification, what current to be taken i.e. phase current or line current 7.57A or 13.12A
Selection of Right- Flex : It is also important that the flex we choose is appropriate to the appliance used. Like fuses, the cables and flexes are also rated according to their
An audiomessage is band-limited to 15 kHz, sampled at twice the Nyquist rate, and encoded by a 12-bit natural binary code that corresponds to Lb = 212 = 4096 levels, all of which s
We shall demonstrate load-line analysis to find the diode current and voltage, and then compute the total power output of the battery source in the circuit of Figure (a), given the
Determine the Dielectric constant of slab: An air capacitor contains two parallel plates 10 cm 2 in area and 0.5 cm apart. While a dielectric slab of area 10 cm2 and thicknes
Design 8:1 Mux for a given function, f=Σ (0, 1,5,7,9, 13)
Q. Explain the classification of amplifiers on the biasing conditions? Based on the amount of transistor bias and amplitude of the input signal, amplifiers can be classified as
Q. The energy stored in a 2-µH inductor is given by wL(t) = 9e-2t µJ for t ≥ 0. Find the inductor current and voltage at t = 1 s.
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