Compensation Techniques – 2

Compensation Techniques » Exercise – 1

2. A phase-lag compensation will :

(a) improve relative stability
(b) increase bandwidth
(c) increase the speed of response
(d) increase overshoot

Answer
Answer : (a)

Explanation
Explanation : No answer description available for this question. Let us discuss.
Subject Name : Electronics Engineering
Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT
Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant
Electronics & Communication Engineering Books

Sale
Question Bank On Electronics & Communication Engineering
Highlight important details or key points; Summarize information in a clear and concise manner
₹ 333
Sale
A Handbook for Electronics Engineering(Old Edition)
Made Easy Editorial Board (Author); Marathi (Publication Language); 620 Pages - 01/01/2015 (Publication Date) - Made Easy Publications (Publisher)
₹ 320
Basic Electronic Devices and Circuits
Patil (Author); English (Publication Language)
Sale
Electronic Circuits: Analysis and Design (SIE) | 3rd Edition
Neamen, Donald (Author); English (Publication Language); 1351 Pages - 08/25/2006 (Publication Date) - McGraw Hill Education (Publisher)
₹ 2,500

GATE 2023 Total InfoENGG DIPLOMAUGC NET Total Info
IES 2023 Total InfoPSUs 2022 Total InfoCSIR UGC NET Total Info
JAM 2023 Total InfoM TECH 2023 Total InfoRAILWAY 2022 Total Info

Related Posts

  • Compensation Techniques – 16
    Compensation Techniques – 16Compensation Techniques » Exercise - 1 16. Resonant frequency ωr and bandwidth ωb are measure of : (a) relative stability (b) absolute stability (c) speed of response (d) steady-state error
    Tags: compensation, techniques, stability, response, speed, relative, bandwidth, exercise, electronics, engineering
  • Compensation Techniques – 9
    Compensation Techniques – 9Compensation Techniques » Exercise - 1 9. Damping ratio ξ and peak overshoot Mp are measure of : (a) relative stability (b) absolute stability (c) speed of response (d) steady-state error
    Tags: compensation, techniques, stability, response, speed, relative, overshoot, exercise, electronics, engineering
  • Compensation Techniques – 17
    Compensation Techniques – 17Compensation Techniques » Exercise - 1 17. The compensator required to improve both the transient and the steady-state response of a system is : (a) lag (b) lead (c) lag-lead (d) none of these
    Tags: compensation, techniques, exercise, improve, response, electronics, engineering
  • Compensation Techniques – 14
    Compensation Techniques – 14Compensation Techniques » Exercise - 1 14. Bandwidth is reduced when the compensator used is : (a) lag (b) lead (c) lag-lead (d) none of these
    Tags: compensation, techniques, exercise, bandwidth, electronics, engineering
  • Compensation Techniques – 10
    Compensation Techniques – 10Compensation Techniques » Exercise - 1 10. Bandwidth is increased when the compensator used is : (a) lag (b) lead (c) lag-lead (d) none of these
    Tags: compensation, techniques, exercise, bandwidth, electronics, engineering