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% MATLAB M-file m3.m is for the generator with % series capacitor compensated case of Project 3 on % subsynchronous resonance in Chapter 10. % It is to be used with the SIMULINK files : s3.m and

% 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

% M file for Project 6 on single-phase induction motor % in Chapter 6. It sets the machine parameters and % also plots the simulated results when used in conjunction % with SIMULINK file s6.m.

% Parameters of single-phase induction motor for Project 6 of Chapter 6 Sb = 186.5; % 1/4 hp rating in VA Prated = 186.5; % 1/4 hp output power in W Vrated = 110; % rated rms voltage in V P =

% 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 =

Field=Description,String,Description,100|Field=Designator,String,Designator,100|Field=Footprint,String,Footprint,100|Field=LibRef,String,LibRef,100|Field=Quantity,String,Quantity,100|ReportField=Proje

disp('initializing capacitor updating coefficients'); for ind = 1:number_of_capacitors is = capacitors(ind).is; js = capacitors(ind).js; ks = capacitors(ind).ks; ie = capacitors

//----------------------------------------------------------------------------- // F12x_Oscillator_Capacitor.c //----------------------------------------------------------------------------- // Cop

//----------------------------------------------------------------------------- // F53xA_Oscillator_Capacitor.c //----------------------------------------------------------------------------- // Co

//----------------------------------------------------------------------------- // F06x_Oscillator_Capacitor.c //----------------------------------------------------------------------------- // Cop