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Problem 2: 2. Given the following closed-loop system with G(z) %3D z2-0.62-0.4 and the sampling time is 0.1 sec The controller is a proportional controller, i.e. D(z)- K. Controller Find the range of K so that the close- loop system stable. Plant Input Output Input Ge) Oufput

Problem 2: 2. Given the following closed-loop system with G(z) %3D z2-0.62-0.4 and the sampling time is 0.1 sec The controller is a proportional controller, i.e. D(z)- K. Controller Find the range of K so that the close- loop system stable. Plant Input Output Input Ge) Oufput

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Problem 2: Given the following closed-loop system with G(z) = 7. and the sampling time is 0.1 sec. The controller is a proportional controller, i.e. D(z)- K. Find the range of K so that the close- Controller Plant loop system stable. indu ndin 2) Input Output (2) ) (2)5 = (2)5 Z?-0.67-0.4 t%3D0./sec. %3D Z²-0.67-D.4 Z²-0.67-0.4. to ズ-0.62-0.4 え-0.6x-0:4 2のレエー.ズ-0.62-0.4+2K z²-0.6z-0.4+2:K=0
Transcribed Image Text:Problem 2: Given the following closed-loop system with G(z) = 7. and the sampling time is 0.1 sec. The controller is a proportional controller, i.e. D(z)- K. Find the range of K so that the close- Controller Plant loop system stable. indu ndin 2) Input Output (2) ) (2)5 = (2)5 Z?-0.67-0.4 t%3D0./sec. %3D Z²-0.67-D.4 Z²-0.67-0.4. to ズ-0.62-0.4 え-0.6x-0:4 2のレエー.ズ-0.62-0.4+2K z²-0.6z-0.4+2:K=0
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