代码搜索：closed-loop
找到约 171 项符合「closed-loop」的源代码
代码结果 171
www.eeworm.com/read/401397/7115972
m rbs_mds.m
% Robust stability of the closed-loop mass/damper/spring system
%
omega = logspace(-1,2,100);
%
% Hinf controller
clp_hin = lft(sys_ic,K_hin);
[M,Delta,blkstruct] = lftdata(clp_hin);
Mfrd = frd
www.eeworm.com/read/438479/7730911
m chap9_9b.m
% Closed-loop system identification with frequency test (2008/1/31)
clear all;
close all;
load saopin_data; %Load y with different Frequency
ts=0.001;
Am=0.5;
kk=0;
for F=0.5:0.5:8
kk=kk+1;
www.eeworm.com/read/244380/12869799
m mu_rock.m
% Mu analysis of the rocket stabilization system
%
% flight time
t = input ('Enter time t = ');
% closed-loop connection
sys_rock
clp_ic = starp(sys_ic,K);
omega = logspace(-3,2,100);
clp_g =
www.eeworm.com/read/392021/8366889
m clans.m
function NTF=clans(order,OSR,Q,rmax,opt)
%NTF = clans(order=4,OSR=64,Q=5,rmax=0.95,opt=0) Optimal NTF design
%for a multi-bit modulator.
%CLANS = "closed-loop analysis of noise-shapers,"
%and was orig
www.eeworm.com/read/182900/9186706
m clans.m
function NTF=clans(order,OSR,Q,rmax,opt)
%NTF = clans(order=4,OSR=64,Q=5,rmax=0.95,opt=0) Optimal NTF design
%for a multi-bit modulator.
%CLANS = "closed-loop analysis of noise-shapers,"
%and was orig
www.eeworm.com/read/418151/10964310
m clans.m
function NTF=clans(order,OSR,Q,rmax,opt)
%NTF = clans(order=4,OSR=64,Q=5,rmax=0.95,opt=0) Optimal NTF design
%for a multi-bit modulator.
%CLANS = "closed-loop analysis of noise-shapers,"
%and was orig
www.eeworm.com/read/333524/12677413
m clans.m
function NTF=clans(order,OSR,Q,rmax,opt)
%NTF = clans(order=4,OSR=64,Q=5,rmax=0.95,opt=0) Optimal NTF design
%for a multi-bit modulator.
%CLANS = "closed-loop analysis of noise-shapers,"
%and was orig
www.eeworm.com/read/401390/11558125
m clf_mds.m
% Closed-loop frequency responses for three controllers of the
% mass/damper/spring system
%
sim_mds
omega = logspace(-2,2,100);
%
% H_infinity controller
clp_hin = lft(sim_ic,K_hin);
ref_hin
www.eeworm.com/read/401390/11558127
m frs_mds.m
% Frequency responses of the closed-loop mass/damper/spring system
%
sim_mds
clp = lft(sim_ic,K);
%
% Bode plots of the closed loop systems
ref_loop = clp(1,1);
omega = logspace(-2,4,100);
fig
www.eeworm.com/read/392021/8366908
m lcplottf.m
function LCplotTF(H,L0,param)
% LCplotTF(H,L0,param)
%Plot some graphs associated with the LC system.
%
%Arguments
% H The closed-loop noise transfer function (in z).
% L0 The open-loop tf (in s) from