代码搜索：M
找到约 10,000 项符合「M」的源代码
代码结果 10,000
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m m5torqi.m
% This function file to be used in conjunction with m5.m
% of Project 5 on permanent magnet drive in Chapter 10.
function f = m5torqi(sing,Tem,Em,Ia,xd,xq)
%To obtain underexcited motoring
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m m3g.m
% m3g.m is the MATLAB script file for the
% fixed terminal voltage case of Project 3 on
% synchronous resonance in Chapter 10.
% It is to be used with the SIMULINK files : s3g.m and s3geig.m.
%
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m m5torqv.m
% This function file to be used in conjunction with m5.m
% of Project 5 on permanent magnet drive in Chapter 10.
function y = m5torqv(sind,Temo,Em,Va,xd,xq)
y = Temo + (Em*Va/xd)*sind + Va*Va
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m m2plot.m
% M-file for Exercise 2
% plots the result of the simulation
gcf;
subplot(3,1,1)
plot(y(:,1),y(:,2))
title('source current')
ylabel('iS in A')
subplot(3,1,2)
plot(y(:,1),y(:,3))
title('cap
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m m2init.m
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m m4stp.m
% M-file for the last part of Project 4 on linearized
% analysis in Chapter 6
% m4stp.m sets up the system parameters for a simulation
% using the SIMULINK file s4stp
% to obtain a simulated r
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m m4ustp.m
% M-file for the second part of Project 4 on linearized analysis
% in Chapter 6 to obtain the unit step response of the motor
% transfer function, numG/denG.
% It can only be used after the tra
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m m2fig.m
% M-file for Project 2 on induction motor starting in Chapter 6
% It calculates and the torque-speed and current-speed curves
% and plots them (see Fig. 6.27 of Project 2) on starting methods
% in
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m m1ph.m
% 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 =
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m m_odephas2.m
function status = m_odephas2(t,y,flag)
%ODEPHAS2 2-D phase plane ODE output function.
% When the string 'odephas2' is passed to an ODE solver as the 'OutputFcn'
% property, i.e. options = odese