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Motor 的代码
dc motor.m51
BL51 BANKED LINKER/LOCATER V6.00 08/07/2006 08:35:08 PAGE 1
BL51 BANKED LINKER/LOCATER V6.00, INVOKED BY:
E:\PROGRAM FILES\KEIL\C51\BIN\B
motor.c
//ADCADC.c : source file for the SmartCar Motor
#include "Motor.h"
#include
#include
#define Max_Speed 100
void PWM_OC1_set(unsigned int Left_Run_Direct,unsigned int Left_Speed,uns
motor.h
//ADCADC.h : header file for the SmartCar Motor
//
#ifndef _MOTOR_H_
#define _MOTOR_H_
//void PWM_OC1_set(bool Side, bool Run_Direct, unsigned int Speed);
void PWM_OC1_set(unsigned int Left
电机速度控制.c
; SIMPLE SPEED CONTROL SOFTWARE TO CONTROL MOTOR & REVERSING RELAY
; 电机速度控制
;R/C 潜艇应用 4Mhz 16F84
;RA0 RA1速度控制. RA2伺服输入 .报警输入RA3. PortC is relay output.
;Alarm input for pressure switch etc
65. f28xx aci3_4:sensor-less direct flux vector control of .txt
This system framework contains sensor-less direct field oriented control of 3-phase induction motor. The motor speed is controlled by using estimated speed as the speed feedback from the speed estimat
60. f28xx digital motor control library.txt
This library contains the Digital Motor Control software modules. These component modules, implemented in IQ Math, are used to construct the systems such as Sensored/Sensorless Control. Download this
64. f28xx aci3_4:sensor-less direct foc of 3-phase aci moto.txt
This system simulates a sensorless direct field oriented control of 3-phase induction motor with an “emulated” 3-phase induction motor model. The motor speed is controlled by using estimated speed as
ss_dc_motor_load.asv
% By Roger Aarenstrup, roger.aarenstrup@mathworks.com
% 2006-08-18
%
% This is a state-space DC motor model of a
% Maxon RE25 10 Watt, precious metal brushes, 118743
%
% This model also have a weak c
ss_dc_motor_load.m
% By Roger Aarenstrup, roger.aarenstrup@mathworks.com
% 2006-08-18
%
% This is a state-space DC motor model of a
% Maxon RE25 10 Watt, precious metal brushes, 118743
%
% This model also have a weak c
motor.c
#include
#include "Motor.h"
// 整步状态表A
static const unsigned char fullStepA[] =
{
0x00,
0x00,
0x01,
0x01
};
// 半步状态表B
static const unsigned char fullStepB[