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% 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

; ********* FuzzyEngine.asm ****************** ; DC motor, Fuzzy Logic control ; Copyright 2004 by Jonathan W. Valvano, valvano@mail.utexas.edu ; You may use, edit, run or distribute this file

% Steady-state characteristics of induction motor % Variable-frequency, variable-voltage operation % (in per unit) % DATA clc Rs=eval(get(hRs,'String')); Lsl=eval(get(hLs,'

This is a simple RTX Kernel based example which simulates the step-motor driver. Four LEDs are blinking simulating the activation of the four output driver stages: - phase A - phase B - phase C

/// Main_u4.c // //// Transmitter Unit //// // // 03/24/07 CAN Unit Tests 4 // //// dsPIC30F4011 Motor Controller Notes /// Pin Assignments // /------------------------/ // 1-|

; ********* FuzzyEngine.asm ****************** ; DC motor, Fuzzy Logic control ; Copyright 2004 by Jonathan W. Valvano, valvano@mail.utexas.edu ; You may use, edit, run or distribute this file

; ********* FuzzyEngine.asm ****************** ; DC motor, Fuzzy Logic control ; Copyright 2004 by Jonathan W. Valvano, valvano@mail.utexas.edu ; You may use, edit, run or distribute this file

This is a simple RTX Kernel based example which simulates the step-motor driver. Four LEDs are blinking simulating the activation of the four output driver stages: - phase A - phase B - phase C

This is a simple RTX Kernel based example which simulates the step-motor driver. Four LEDs are blinking simulating the activation of the four output driver stages: - phase A - phase B - phase C

This is a simple RTX Kernel based example which simulates the step-motor driver. Four LEDs are blinking simulating the activation of the four output driver stages: - phase A - phase B - phase C