As an Amazon Associate I earn from qualifying purchases.

Computer Basics Notes and Technology Articles

Control System Interview Questions and Answers PDF Download eBook

Control system interview questions and answers, online learning control systems MCQs, competency based interview questions for online electronics engineering degree programs. Control Systems frequently asked questions has Multiple Choice Questions (MCQs) with answers to prepare for career tests.

"Which of following locus allows closed loop magnitude frequency response to be determined from open loop magnitude frequency response" Multiple Choice Questions (MCQ) to practice control system interview questions and answers with choices n circles, m circles, c circles, and l circles for questions to ask in an interview. Free FAQ, situational interview questions are to learn online FAQs: Control system interview questions and answers with MCQs for online high school and college acceptance.

FAQ: Control System Interview Questions and Answers PDF Download eBook

MCQ: Which of the following locus allows the closed loop magnitude frequency response to be determined from open loop magnitude frequency response?

  1. N circles
  2. M circles
  3. C circles
  4. L circles

B

MCQ: Addition of transfer function in forward path or feedback path for the purpose of improving the transient of steady state performance of control system is called

  1. actuation
  2. attenuation
  3. compensation
  4. amplification

C

MCQ: A subsystem inserted into the forward or feedback path for the compensation purpose is called

  1. actuator
  2. attenuator
  3. compensator
  4. modulator

C

MCQ: Locus of constant, closed loop magnitude frequency response for unity feedback systems is called constant

  1. N circles
  2. M circles
  3. L circles
  4. C circles

B

MCQ: For generic feedback system with G(s) in the forward path and H(s) in the positive feedback path , the closed loop transfer T(s) is

  1. H(s)/(1+G(s)H(s))
  2. G(s)/(1-G(s)H(s))
  3. G(s)/(1+G(s)H(s))
  4. G(s)/H(s)

B