An automated close loop sequence with specific output response of R1, R2 and R3 needs to be design. Propose a suitable state machine design to fulfill this control order. (a) (i) Draw the state transition diagram based on the Figure Q4(a)(i).

Q: Briefly discuss how multivibrator can be used as a comparator, by giving the circuit diagram.

A: The Op-amp Multivibrator is an astable oscillator circuit that generates a rectangular output…

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Q: B) What is the advantage of Schmitt trigger circuit over classical comparator?

A:

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Q: a). The figure shows an Algorithmic State Machine Chart. Draw the equivalent Moore State diagram…

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Q: For the error input shown in Figure Q2(c), sketh the expected output from each of the following: a…

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Q: i. Draw the graph of Ramp signal and also write the equation. i. Define Peak time.

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Q: Compute the closed-loop poles. What effect does increasing the free pa- rameter Kp have on the…

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Q: What are Test comparators?

A: We have been asked about Test comparators.

Q: а, R C R, R II

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Q: Try to draw the dynamic analog circuit diagram of the mechanical system in the figure. In addition,…

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Q: What is positive feedback system?

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Q: If the open-loop gain is very large, does the closed-loop gain depend on the external com- ponents…

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Q: Root locus Control system Define following terms: - Z, P, gain margin, and phase margin

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Q: Explain with neat sketch of close loop (transfer function)

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Q: Briefly discuss the importance of A/D and D/A converters for the case of digital control. Also, draw…

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Q: Q4: What is the benefits of Block diagram reduction rules? *

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Q: Figure Q4.b(i) shows an operational amplifier with its input bias currents and offset voltage shown.…

A: According to the question, we need to solve the given circuit of the OP-AMP.

Q: How would I sketch the input-output relationship of op-amp comparators with hysteresis?

A: Consider an inverting Op-Amp comparator circuit as shown in Figure 1.

Q: Please explain slew rate limited of an Op-Amp and illustrate it with a drawing

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Q: Explain the concept of “EXTENDED EQUAL AREA CRITERION”

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Q: 3. Reduce the block diagram of the multi loop system shown in figure below.

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Q: Explain virtual short circuit of opamp.

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Q: Why is the R-2R ladder DAC design better than a binary-weighted DAC design, particularly if you…

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Q: The circuit diagram of step-up type DC-DC converter is given below. It is assumed that the output…

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Q: Show 2 equations name the open loop transfer function and closed loop transfer function?

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Q: For the control system shown in Figure 2, (a) find the value of K and Kt so that the maximum…

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Q: In the signal flow graph of the given figure, the number of forward paths is

A: Given Figure is :

Q: Explain with neat sketch of open loop (transfer function).

A: Types of control system  Open loop system  No feedback path present It does not regulate the…

Q: What opamp is this? Explain the equations?

A: Given :   In the question student is provided a solution of a question.   Student is asking more…

Q: Discuss the process of Nyquist Criterion as applied to open-loop function.

A: Nyquist Criterion Nyquist criterion states that a number of encirclements about the critical point…

Q: ) Sketch the P&ID for the system after adding the feedforward and feedback controllers. B) Draw a…

A: A)

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Q: a) A unity feedback system is given as in Figure Q4 a). Determine: Damping ratio i. ii. iii. The…

A: Note: We can only answer up to 3 subparts at a time, kindly repost your question for the solution of…

Q: What is the monotonicity in DAC's? When will a DAC be monotonic? Does monotonicity apply linearity

A: A digital-to-analog converter (DAC, D/A, D2A, or D-to-A) is an electronic device that converts…