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%Parameters for QFT contrl design clear all; %close all; %Controller k=9; p1=42.81; p2=743+669.3i; p3=743-669.3i; z1=1.1; z2=113.8; %Pre-filter pf1=2.8+2.857i; pf2=2.8-2.857i;

% G and F design for QFT clear all; close all; % Controller k=800; z=150; p=50000; G=tf(k*[1/z,1],[1/p,1]); [numG,denG]=tfdata(G,'v'); % Filter k=1; p=150; F=tf(k,[1/p,1]); [numF,denF

%Parameters for QFT contrl design clear all; close all; %Controller k=379; z1=42; p1=123.5+213.9i; p2=123.5-213.9i;

function cntstor % CNTSTOR Store controller matrix. (Utility Function) % CNTSTOR stores the present design within the IDE environment. % It is then retrieved using CNTRECL. % Aut

% QFTEX4 Classical design for fixed plant. % Author: Y. Chait % 2/15/93 % Copyright (c) 1995-98 by The MathWorks, Inc. % $Revision: 1.4 $ clc clear echo on % Example #4 (classical

% QFT Control Design Toolbox Demos % % Demonstration Facility. % qftdemo - Demonstration facility. % % Examples. % qftex1 - Main Example. % qftex2 - QFT Tracking. % qftex3 -

%-------------------------------------------------------------------------- % exa070903_remez_1.m, for example 7.9.3 and 7.4.1; % to test remez.m and to design Low-pass FIR filter; %-------------

%---------------------------------------------------------------------------- % exa060603.m, for example 6.6.3; % To design IIR Butteworth bandstop DF by analog-lowpass, % -------------------------

%----------------------------------------------------------------------------- % exa060601_1.m , for example 6.6.1 % to test buttord,lp2Hp,bilinear and butter % to design high-pass DF with s=2/Ts[

礦ision2 Build Log Project: E:\C语言\Design\LCD.uv2 Project File Date: 05/31/2005 Output: