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(c) The block diagram of a system, with proportional controllers implemented in the primary and secondary loops of a cascade control implementation, is given in Figure Q1c. 55+1 (5+1Xojs+1) Figure Qle Kez is designed so that the time constant of the secondary loop is 0.5 seconds. (i) Determine Kc2- (ii) Determine the ultimate gain of the primary controller.

(c) The block diagram of a system, with proportional controllers implemented in the primary and secondary loops of a cascade control implementation, is given in Figure Q1c. 55+1 (5+1Xojs+1) Figure Qle Kez is designed so that the time constant of the secondary loop is 0.5 seconds. (i) Determine Kc2- (ii) Determine the ultimate gain of the primary controller.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(c) The block diagram of a system, with proportional controllers implemented in the primary and secondary loops of a cascade control implementation, is given in Figure Q1c. R+ Ka K 55+1 (5+1Xos+1) Figure Q1c Kez is designed so that the time constant of the secondary loop is 0.5 seconds. (i) Determine Kc2. (ii) Determine the ultimate gain of the primary controller.
Transcribed Image Text:(c) The block diagram of a system, with proportional controllers implemented in the primary and secondary loops of a cascade control implementation, is given in Figure Q1c. R+ Ka K 55+1 (5+1Xos+1) Figure Q1c Kez is designed so that the time constant of the secondary loop is 0.5 seconds. (i) Determine Kc2. (ii) Determine the ultimate gain of the primary controller.
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