5. In LQR controller technique increasing value of the element 921 in Q matrix can_ a. Increase rise time b. Decreae rise time c. Increase settling time d. Decrease settling time None of all above 6. Positive value of second derivative of control function yields: a. Maximum solution of the control problem b. Minimum solution of the control problem c. Optimum soultion of the control problem d. None of all above

5. In LQR controller technique increasing value of the element 921 in Q matrix can_ a. Increase rise time b. Decreae rise time c. Increase settling time d. Decrease settling time None of all above 6. Positive value of second derivative of control function yields: a. Maximum solution of the control problem b. Minimum solution of the control problem c. Optimum soultion of the control problem d. None of all above

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.30P: Reconsider Problem 3.29. If Va,VbandVc are a negative-sequence set, how would the voltage and...

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Control System Adjustment of controller parameters are in software rather than hardware.A. Proportional controller C. PID controllerB. PLC controller D. Computer control The value of a is also called as _____. A. Exponential frequencyB. Rotational frequencyC. Damping frequencyD. Damped oscilation
1. In perfect regulation control system the control effort at transient response must has: (a.) Zero value b. Minimum value c. Maximum value d. Any value 2. In LQR controller technique, the transient response of the system output can be decreased by a. Reducing diagonal elements of R matrix Reducing diagonal elements of Q matrix c. ncreasing diagonal elements of R matrix d. Increasing diagonal elements of Q matrix 0 1-2 b. under damped. 3. A plant with a state a. critical damped. 4. In tracking control system a. The initial and steady state values of state vector are zero b. The desired values of the state vector are non zero The inital values of state vector are non zero and desired values are zero. d. The inital and desired values of the state vector are zero 5. In LQR controller technique increasing value of the element 921 in Q matrix can_ a. Increase rise time b. Decreae rise time matrix A= is c. over damped. c. Increase settling time d. Decrease settling time None of all above 6.…
Choose the correct answer 1. In tracking control system the initial control effort has a. inimum value b. zero value c. maximum value a. stavie aute IVICATII 3. In LQR controller technique it can increase the input signal by a. Reducing diagonal elements of Q matrix b. Reducing diagonal elements of R matrix Increasing diagonal elements of R matrix d. Increasing diagonal elements of Q matrix SVILU problem a Increase rise time Decrease rise time c. Increase settling time d. Decrease settling time e. None of all above MUUTOK* .ny value 111 atrix is 5. In LQR controller technique decreasing value of the element q12 in Q matrix can
Describe what is meant by sequence control.
Create a sequence detector that detects the sequence 1001 or 0110 by using Verilog Code. Construct the modules for both the Moore and Mealy models. Demonstrate your simulation results using the following input sequence for the test fixture (test bench): x= 0010011010010110010110110100
The PID controller affect on the system : a) Eliminate steady state error and increase over shoot b) Decrease over shoot and settling time c) Decrease steady state error and increase settling time d) None of them
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Do the following operation (246 )8 + (521)8 (324 )8 + (631)8 (704 )8 - (103)8 (343 )8 - (222)8 (F57A )16 - (C64E)16
Power systems quality
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(b) Figure Q.4b shows an Adder/Subtractor circuit implemented using Adder Q. The delay for XOR = 2t, OR = AND=1t and cascadable full adder is used for ripple carry adder. Assume inputs X, Y and ADDSUB have arrived at Ot. Analyze the critical path delay for the circuit if:- X[7.4] YI7.4] 4. A[3.0] A[3.0] lo"cle C4 C8 C4 Adder Q co C4 Adder Q co ADDSUB Sum(3.0] Sum[3.0] Z17.4] Figure Q.4b i. Adder Q is a 4-bit Ripple-Carry Adder. Show your analysis in Table Q.4b.i. ii. Adder Q is a 4-bit Carry-Lookahead Adder. Show your analysis in Table Q.4b.ii. Table Q.4b.i Table Q.4b.ii To Node Delay To Node Delay Z3 Z3 С4 С4 Z7 Z7 C8 C8 Page 14 of 21