代码搜索：光学传递函数
找到约 1,669 项符合「光学传递函数」的源代码
代码结果 1,669
www.eeworm.com/read/490407/6455971
m exp4_17.m
% exp4_17.m
clear
close all
clc
%求系统的开环传递函数num3,den3
num1=[16.7 0];
den1=conv([0.85 1],conv([0.25 1],[0.0625 1]));
[num2,den2]=cloop(num1,den1);
num3=10*num2;
den3=den2;
[z,p,k]=tf2zp(num3,d
www.eeworm.com/read/490407/6455980
m exp4_6_.m
clc
clear
hold off
%系统传递函数为G(s)=1/[(s^2+0.1s+5)(s^3+2s^2+3s+4)]
num=1;
den=conv([1 0.1 5],[1 2 3 4]);
%绘制系统的阶跃响应曲线
t=0:0.1:40;
y=step(num,den,t);
t1=0:1:40;
y1=step(num,den,t1);
plot(t,y,'r
www.eeworm.com/read/488257/6500215
m exp4_17.m
% exp4_17.m
clear
close all
clc
%求系统的开环传递函数num3,den3
num1=[16.7 0];
den1=conv([0.85 1],conv([0.25 1],[0.0625 1]));
[num2,den2]=cloop(num1,den1);
num3=10*num2;
den3=den2;
[z,p,k]=tf2zp(num3,d
www.eeworm.com/read/488257/6500224
m exp4_6_.m
clc
clear
close all
%系统传递函数为G(s)=1/[(s^2+0.1s+5)(s^3+2s^2+3s+4)]
num=1;
den=conv([1 0.1 5],[1 2 3 4]);
%绘制系统的阶跃响应曲线
t=0:0.1:40;
y=step(num,den,t);
t1=0:1:40;
y1=step(num,den,t1);
plot(t,y,'
www.eeworm.com/read/487268/6517515
m exp4_17.m
% exp4_17.m
clear
close all
clc
%求系统的开环传递函数num3,den3
num1=[16.7 0];
den1=conv([0.85 1],conv([0.25 1],[0.0625 1]));
[num2,den2]=cloop(num1,den1);
num3=10*num2;
den3=den2;
[z,p,k]=tf2zp(num3,d
www.eeworm.com/read/487268/6517524
m exp4_6_.m
clc
clear
close all
%系统传递函数为G(s)=1/[(s^2+0.1s+5)(s^3+2s^2+3s+4)]
num=1;
den=conv([1 0.1 5],[1 2 3 4]);
%绘制系统的阶跃响应曲线
t=0:0.1:40;
y=step(num,den,t);
t1=0:1:40;
y1=step(num,den,t1);
plot(t,y,'
www.eeworm.com/read/483854/6596343
m q618.m
%《MATLAB在电子信息课程中的应用》章例618程序
% 线性控制系统的模型描述和转换
% 电子工业出版社出版 陈怀琛 吴大正 高西全合著 2001年10月
% 由状态空间转换为传递函数
clear,
disp('输入状态方程系数矩阵A,B,C,D')
disp('输入A=（书上取[0.2844,0.5828,0.4329,0.5298;0.4692,0.4235,0.225
www.eeworm.com/read/481281/6647107
m mohukongzi.m
%模糊控制实例系统为20/(1.6s^2+4.4s+1)
%被控系统建模
num=20; %系统的分子
den=[1.6 4.4 1];%系统的分母
[a1,b,c,d]=tf2ss(num,den);%传递函数转换到状态空间
x=[0;0];
%系统参数
T=0.01;h=T;N=1000;
R=ones(1,N);%参考输入
%定义输入和输出变量及隶属度函数
a=newfi
www.eeworm.com/read/478650/6712560
m ex0616.m
% Ex0616 根据传递函数绘制系统的nyquist曲线和nichols图
num=1;
den1=[conv([1 1],[1 2]),0];
G1=tf(num,den1)
den2=[conv([1 1],[1 2])];
G2=tf(num,den2)
den3=[1 1 0];
G3=tf(num,den3)
nyquist(G1,'r',G2,'
www.eeworm.com/read/401335/11559263
m exp4_17.m
% exp4_17.m
clear
close all
clc
%求系统的开环传递函数num3,den3
num1=[16.7 0];
den1=conv([0.85 1],conv([0.25 1],[0.0625 1]));
[num2,den2]=cloop(num1,den1);
num3=10*num2;
den3=den2;
[z,p,k]=tf2zp(num3,d