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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.
Q. A charge q(t) = 50 + 1.0t C flows into an electric component. Find the current flow.
Q. A rigid 50- coaxial transmission line has air as dielectric. If the radius of the outer conductor is 1 cm, find the cutoff frequency
Q. Define and explain the critical field circuit resistance and critical speed of a DC shunt generator. Ans. The OCC and R - line for a DC shunt generator. As, R f is
Explain RS232C Standard. RS232C: 1. Standard described for asynchronous communications where there is given timing among data bits and no fixed timing among the characters
Task 1 Use basic circuit theory to convert the "T" circuit below into the equivalent "π". Hint: Remember to disconnect the voltage source and the load. Task 2
Q. Show that any amplifier represented by the model of Figure of the text can also be represented by themore general hybridmodel of Figure. Evaluate the four parameters of the hybr
How to design an Oscillator Circuit (500 MHz range) with no Op amps?
The automobile shall not rely on fossil fuel for energy. The automobile shall be designed using available and emerging technology. The automobile shall seat at least five
design a 32:1 multiplexer using two 16:1 multiplexer
(a) Find v out in the circuit shown in Figure. (b) With V i = 2V, R 1 = R 2 = 2.5k, R 3 = 5k, and A = 100, find v out .
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