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Capacitor 的代码
exp3_1.m
clear
clc
close
t0=0;
tfinal=15;
x0=[0.5;0]; %初始化，电感电流为0，电容电压为0.5v
%tol=0.001; %数值计算精度
[t,x]=ode45('elecsys',t0,tfinal,x0);
%elecsys是系统微分方程的描述函数
figure(1)
subplot(211)
plot(t,x(:,1))
title
exp3_1.m
clear
clc
close
t0=0;
tfinal=15;
x0=[0.5;0]; %初始化，电感电流为0，电容电压为0.5v
%tol=0.001; %数值计算精度
[t,x]=ode45('elecsys',t0,tfinal,x0);
%elecsys是系统微分方程的描述函数
figure(1)
subplot(211)
plot(t,x(:,1))
title
exp3_1.m
clear
clc
close
t0=0;
tfinal=15;
x0=[0.5;0]; %初始化，电感电流为0，电容电压为0.5v
%tol=0.001; %数值计算精度
[t,x]=ode45('elecsys',t0,tfinal,x0);
%elecsys是系统微分方程的描述函数
figure(1)
subplot(211)
plot(t,x(:,1))
title
ecce16h(plcv2.1).bom
Bill of Material for ECCE16H(PLCv2.1).Bom
Used Part Type Designator Footprint Description
==== ======================== ========== =========== ==============
11 0.1uF
pro16(v3.1).bom
Bill of Material for PRO16(v3.1).Bom
Used Part Type Designator Footprint Description
==== ======================== ========== ============= ==============
22 0.1uF
battmon.txt
*************************************************************************
************* TRUE BATTERY STATE MONITORING - HOW TO ****************
**************************************************
exa19.m
t0= 0; tfinal =15; % time interval
x0 = [0.5, 0]; % initial conditions
% [t,x] = ode23('electsys', t0, tfinal, x0); % use with MATLAB 4
tspan = [t0, tfinal];
exp3_1.m
clear
clc
close
t0=0;
tfinal=15;
x0=[0.5;0]; %初始化，电感电流为0，电容电压为0.5v
%tol=0.001; %数值计算精度
[t,x]=ode45('elecsys',t0,tfinal,x0);
%elecsys是系统微分方程的描述函数
figure(1)
subplot(211)
plot(t,x(:,1))
title
pstchip.dat
FILE_TYPE=LIBRARY_PARTS;
{ Using PSTWRITER 10.0-P002Jan-13-2006 at 11:11:09}
primitive 'CAPACITOR NON-POL_0603_15PF';
pin
'1':
PIN_NUMBER='(1)';
PINUSE='UNSPEC';
'2':
PIN_N
ep2c8_core.edf
(edif Design_EP2C8_CORE_SCHDOC
(edifVersion 2 0 0)
(edifLevel 0)
(keywordMap
(keywordLevel 0)
)
(status
(written
(timeStamp 2008 8 1 17 38 35)
(program "Design