代码搜索结果

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

program main; uses Forms, capacitor in 'capacitor.pas' {Form1}; {$R *.res} begin Application.Initialize; Application.CreateForm(TForm1, Form1); Application.Run; end.

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

2600 Hertz Single Tone Generator Schematic ------------------------------------------- Parts: 555 timer I.C. 8 ohm speaker | 9 volt battery & connector

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

2600 Hertz Single Tone Generator Schematic ------------------------------------------- Parts: 555 timer I.C. 8 ohm speaker | 9 volt battery & connector

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

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

% 0.25hp, 110V, 60Hz clc clear rs = 2.02; %Main winding stator resistance(Ohm) Xls = 2.79; %Main winding stator leakage reactance(Ohm) rS = 7.14; %Auxiliary winding stator resistance(Ohm) XlS =