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/131489/14143406
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/123833/14611716
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/122468/14688306
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/220803/14788697
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/476058/6773154
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/395679/8161102
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/193048/8256318
m freqm.m
function [Gmm,Pmm,Wcgm,Wcpm]=freqm(G,m,varargin);
% 输入信号：G：系统。传递函数、零极点或状态空间模型；
% m：衰减度；m=0.221表示4：1（约定值）；m=0.433表示10：1；
% VARARGIN：频率响应图类型；不输入时绘制伯德图
% 类型有：nyquist,bod
www.eeworm.com/read/267095/11195175
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/412269/11208003
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益
www.eeworm.com/read/204090/15344790
m exp4_22.m
%根轨迹图的绘制与分析
clc
clear
close all
%已知系统传递函数模型
numo=[1 2];
den=[1 4 3];
deno=conv(den,den);
figure(1)
k=0:0.1:150;
rlocus(numo,deno,k)
title('root locus')
[p,z]=pzmap(numo,deno);
%求出系统临界稳定增益