From the closed loop poles shown in the S plane, positioned at -1 and -40, determine: a) The 3rd order transfer function in closed loop, considering that it has a gain equal to 40; b) The 2nd order closed loop transfer function; c) The DC gain of the 3rd order transfer function and also of the 2nd order;
From the closed loop poles shown in the S plane, positioned at -1 and -40, determine: a) The 3rd order transfer function in closed loop, considering that it has a gain equal to 40; b) The 2nd order closed loop transfer function; c) The DC gain of the 3rd order transfer function and also of the 2nd order;
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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From the closed loop poles shown in the S plane, positioned at -1 and -40, determine:
a) The 3rd order transfer function in closed loop, considering that it has a gain equal to 40;
b) The 2nd order closed loop transfer function;
c) The DC gain of the 3rd order transfer function and also of the 2nd order;
d) The damped natural frequency, the values of tp, ts (2% criterion) and Mp, calculated from the 2nd order transfer function.
Transcribed Image Text:jo
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