Control System Analysis GUI
%% CONTROL SYSTEM ANALYSIS GUI
%
% GUI plot different Frequency and Time Response of Open Loop or Closed
% loop System.
%
% You have two to analysis System Response
% (1) by using ZerosPoles Option or
% (2) by using Forward Loop Transfer Function
%
%
% (1) ZerosPoles Option
% Enter the Gain of system, and Poles and Zeros of it, then select response
% from the frequency time response panel and click on show button.
%
%
% 10*(s + 5)
% example :- for G(s) = ------------------
% s^2 + 4*s + 6
%
% Gain(k) = 10
% Zeros = [-5]
% Poles = [-2+1.414i -2-1.414i]
%
%
% 10
% for such system G(s) = ------------------
% s^2 + 4*s + 6
%
% Gain(k) = 10
% Zeros = []
% Poles = [-2+1.414i -2-1.414i]
%
%
% (2) by using Forward Loop Transfer Function
% Enter Gain, Numberator and Denominator function in edit box
%
%
% 10*(s + 5)
% example :- for G(s) = ------------------
% s^2 + 4*s + 6
%
% Gain(K) = 10
% Numberator = [1 5]
% Denominator = [1 4 6]
%
% Select the plot from Frequency and time Response Panel
% Then click Draw
%
%
% grid on by default
%
%
% Create by :- Jitendra Mishra
% Email :- jitendra29mishra@gmail.com
% Date :- 21 Mar 2015
引用
Jitendra Mishra (2025). Control System Analysis GUI (https://www.mathworks.com/matlabcentral/fileexchange/50137-control-system-analysis-gui), MATLAB Central File Exchange. に取得済み.
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- Control Systems > Control System Toolbox > Linear Analysis > Time and Frequency Domain Analysis > Time-Domain Analysis >
- Control Systems > Control System Toolbox > Linear Analysis > Time and Frequency Domain Analysis > Frequency-Domain Analysis >
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Start Hunting!バージョン | 公開済み | リリース ノート | |
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1.1 | New Input method is add in GUI, Zeros & Poles, Simply Enter Zeros and Pole Location Of System And Get There Response. |
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1.0.0.0 |