Quest 2. (a) Explain the following types of noise: () shot noise (i) transit-time noise

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A: consider the given question;

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Q: a. For the second-order prototype system, when the undamped natural frequency @n increases, the…

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Q: Question 3 (Steady state error constants): a) Obtain closed-loop system transfer function T(z) =? b)…

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Q: What is the effect of increasing k on time constant & error ? why?

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Q: What is real time system ? is it related with robots

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Q: Discuss the two short comings of the mid-square method as a random number generator.

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Q: What are the methods you will suggest to improve the commutation problems?

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Q: Why is CMRR dimensionless?

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Q: 1. What is a Synchronization Process?

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Q: QUESTION 5 What is the reason for attenuation distortion?

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Q: Discuss the effect of adding a zero on time response , through the speed response , overshoot ....…

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Q: Select all the open loop poles.

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Q: Nyquist criterion

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A: Transfer function of the system=82s2+4s+8=4s2+2s+4

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Q: 3. Are linearity and shift invariance independent of each other in a Linear and Shift Invariant…

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Q: . Briefly discuss the main differences between Butterworth and Chebychev Type 1 filters.

A: The main difference between them is the fast transition in chebyshev filter.

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Q: What is meant by impedance matching? Why is impedance matching needed?

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Q: Discuss the effect of adding a zero on time response, through the speed response , overshoot…

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Q: iven the asynchronous circuit, determine the map Q1, Q2, Z, transition table, and flow table.

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Q: Q3 (a) List THREE (3) operating scenarios, that are typically considered in optimal dispatch of…

A: The operating scenarios that are considered while studying optimal dispatch of generation are:

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Q: For the control system, shown in the following figure, determine the steady-state error for a unit…

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Q: to get an overshoot of 15% and a settling time at 2% of 0.5 seconds, The value of damping ratio is

A: Given: Overshoot = 15 % The expression for the overshoot is given as: % overshoot=exp-ζπ1-ζ2×100%

Latches and Flip Flop

Just like logic gates, the latches and flip-flops are the important elements of an electronic circuit. The logic gates form the important part of combinatorial circuits, while the latches and flip-flops form the essential part of a sequential circuit. Sequential circuits form the important concept of automata theory in electronics and electrical engineering, these circuits are a kind of logic circuit whose output depends on both present input and past inputs, that is, the input history.