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If the continuous time system transfer function H(s) is stable, then the resulting discrete time transfer function H(z) using bilinear transform H (2) = H (s),- is also stable no matter what sampling interval Tone may choose. True False Using bilinear transform, the discrete time frequency response H(e) obtained by sampling a continuous time system response with sampling interval Thas the nonlinearly compressed relation in frequency given by H(e) = H(s)\, jtan ()* True False

If the continuous time system transfer function H(s) is stable, then the resulting discrete time transfer function H(z) using bilinear transform H (2) = H (s),- is also stable no matter what sampling interval Tone may choose. True False Using bilinear transform, the discrete time frequency response H(e) obtained by sampling a continuous time system response with sampling interval Thas the nonlinearly compressed relation in frequency given by H(e) = H(s)\, jtan ()* True False

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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3)  A control system has the actuator with the unit impulse response h(t) 2e^-2t u(t). The system uses unit (negative) feedback with a proportional gain of 10. The closed loop transfer function of the system is ??

If the continuous time system transfer function H(s) is stable, then the resulting discrete time transfer function H(z) using bilinear transform H (2) = H (s),- is also stable no matter what sampling interval Tone may choose. True False
Transcribed Image Text:If the continuous time system transfer function H(s) is stable, then the resulting discrete time transfer function H(z) using bilinear transform H (2) = H (s),- is also stable no matter what sampling interval Tone may choose. True False
Using bilinear transform, the discrete time frequency response H(e) obtained by sampling a continuous time system response with sampling interval Thas the nonlinearly compressed relation in frequency given by H(e) = H(s)\, jtan ()* True False
Transcribed Image Text:Using bilinear transform, the discrete time frequency response H(e) obtained by sampling a continuous time system response with sampling interval Thas the nonlinearly compressed relation in frequency given by H(e) = H(s)\, jtan ()* True False
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