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This document contains a model paper for a control theory exam with 3 questions. Question 1 asks about standard test signals, the step response of a first order system, stability checking using the Routh-Hurwitz stability criterion, and time domain specifications. Question 2 asks about a closed loop system block diagram, an automatic level control system, and deriving a transfer function from a given block diagram. The document provides instructions, full marks for each part, and assumes additional data if required.

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Bhautik Daxini
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29 views1 page

Roll No: - Enrolment No

This document contains a model paper for a control theory exam with 3 questions. Question 1 asks about standard test signals, the step response of a first order system, stability checking using the Routh-Hurwitz stability criterion, and time domain specifications. Question 2 asks about a closed loop system block diagram, an automatic level control system, and deriving a transfer function from a given block diagram. The document provides instructions, full marks for each part, and assumes additional data if required.

Uploaded by

Bhautik Daxini
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOC, PDF, TXT or read online on Scribd
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Roll No: ______ Enrolment No:______

Model Paper - I
B. E. SEM. IV (EC)
Sub: CONTROL THOERY
DATE: TIME:
MARKS: 30
INSTRUCTIONS:
1. Attempt all the questions.
2. Figures to the right indicate full marks.
3. Assume suitable additional data, if required.
Q.1 (a) Enlist various standard test signals and explain each 4

(b) For the first order system, find out step response. 5
OR
(b) If G(s)H(s)= 10/ s (s+1), Find out C(t), Ts, Tp, Mp, Ts 5

(c) Check whether system is stable or not? If unstable find out no. of 6
roots in right hand side of s-plane.
1) Q(s) = S5+1.5S4+2S3+4S2+5S+10
2) Q(s) = S4+2S3+8S2+4S+3
OR
(c) Check for stability: 6
Q(s)= S5+S4+2S3+2S2+3S+5

Q-2 (a) Explain close loop system with block diagram 4

(b) Explain Automatic Level Control System 5


OR
(b) Explain Missile Launching System 5

(c) Derive Transfer Function for system given by : 6

OR
(c) Derive Transfer Function for system given by : 6

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