代码搜索：pha
找到约 824 项符合「pha」的源代码
代码结果 824
www.eeworm.com/read/143198/12890020
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/142361/12950379
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/242170/13090547
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/327001/13104662
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/241807/13115527
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/325030/13229751
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/136681/13367008
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/302615/13831372
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);
www.eeworm.com/read/302325/13837854
m ex5_22.m
% 用PM算法进行的希尔伯特变换器设计
%
f = [0.05,0.95]; m = [1 1]; M = 51; N = M-1;
h = remez(N,f,m,'hilbert');
[db,mag,pha,grd,w] = freqz_m(h,[1]);
figure(1); subplot(1,1,1)
subplot(2,1,1); stem([0:N],h); ti
www.eeworm.com/read/490407/6455986
m exp4_10_.m
%exp4_10_.m
%求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图
clear
clc
close all
wn=6;
kosi=[0.1:0.1:1.0];
num=wn^2;
for kos=kosi
den=[1 2*kos*wn wn^2];
[mag,pha,w1]=bode(num,den);
magg=20*log10(mag);