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InsemMar 20262019 patternSE E&TC

Control Systems SPPU Insem Question Paper Mar 2026

All 4 questions from this SPPU insem paper, as printed. Read them here or open the PDF.

Subject code
204192
Pattern
2019 pattern
Exam
Insem
Session
Mar 2026
Max. marks
30
Time
1 Hour
Semester
IV
Paper code
APR-26/SE/Insem-252

Printed for: S.E. (Electronics/E & TC Engineering) (Electronics & Computer

Instructions to the candidates

  1. Solve Q.1 or Q.2 and Q.3 or Q.4.
  2. Figures to the right indicate full marks.
  3. Assume suitable data, if necessary.

Questions

  1. Q1

    1. a)

      Explain Concept of Transfer function? What are the conditions or Limitations of Transfer function approach?

      Also asked:Mar 2025

      [4]
    2. b)

      Calculate Transfer function of following electrical network.

      Also asked:Mar 2025

      [5]
    3. c)

      Calculate Masson’s Gain of following Signal flow Graph C(S)/R(S). 2 APR-26/SE/Insem-252

      Also asked:Mar 2025

      [6]
  2. Q2

    1. a)

      Write Force-Torque-Voltage analogy.

      [4]
    2. b)

      Calculate Transfer function of following Mechanical Network.

      Also asked:Mar 2025

      [6]
    3. c)

      Reduce the given block Diagram using Block Diagram reduction rule and calculate Transfer function.

      Also asked:Mar 2025

      [5]
  3. Q3

    1. a)

      Explain Concept of Poles and Zeros of Systems.

      [3]
    2. b)

      This part has equations that don’t show as text. Open the PDF to read it.

      [7]
    3. c)

      This part has equations that don’t show as text. Open the PDF to read it.

      [5]
  4. Q4

    1. a)

      Explain Type and Order of the System.

      Also asked:Mar 2025

      [3]
    2. b)

      For the System shown in figure. Obtain Close loop Transfer function, Damping ratio, Natural frequency of oscillation and expression for output response if subjected to step input

      [7]
    3. c)

      For the system with closed loop transfer function 2 25 G(s) = s 8s 25   Determine damping factor, undamped natural frequency, rise time, peak time, peak Overhoot and settling time with 2% tolerance band? 

      [5]