MOTOR-CONTROL Proteus simulation with PIC 16 bit with motor control - source code download

codelooker → Download → Hardware/embedded → other Hardware/embedded

Search:

MOTOR-CONTROL

Classification:Hardware/embedded - other Hardware/embedded Development Tool:C-C++ Sise:76.0 KB Upload time:2014/4/5 9:50:57 Uploader:golfshogun Download Statistics:

Description

Proteus simulation with PIC 16 bit with motor control

File list:
MOTOR CONTROL
............\Last Loaded motor.DBK
............\motor.c
............\motor.cof
............\motor.DSN
............\motor.hex
............\motor.map
............\motor.mcp
............\motor.mcs
............\motor.mcw
............\motor.o
............\motor.PWI

Related source code

[8051 DC motor speed control] - Speed control means intentional change of the drive speed to a value required for performing the specific work process
[Move-motor-step-by-step] - This program was designed to move a step by step motor en proteus with 7 segments lamps and refreshment for the lamps .to move the otor it was designed with a 2 bit system to move each degree it is possible to see the movement of the angle en proteus while also in cmd you are able to enter the data which is the angle which you want to move to.and it has been proven to work efficient in clas for microcontroladores.
[Interfacing-Bipolar-Stepper-Motor-wi...] - Interfacing bilolar motor with stepper motor
[Speed-Control-of-DC-Motors-and-Contr...] - Speed Control of DC Motors and Controlled Rectifier DC Drives
[control-motor-temperatur] - control temperture using LM35 temperature sensor with motor DC as blower, using AVR mikrocontroler adn CodevisionAVReval
[TP4_Motor_CC] - Simple program that show in Language c How to implement a CC motor with atmega 128
[R5F104L-120-Hallsensor-BLDC_motor] - R5F104LEAFP 120 Hallsensor BLDC_motor
[researchpaper_Separately-Excited-DC-...] - Separately Excited DC Motor Speed Control UsingFour Quadrant Chopper
[simulasi-motor-dc-polos] - Pulse Width Modulation (PWM) is dramatically different form PAM in that it performs sampling in time whereas PAM provides sampling in amplitude. Consequently, the information is coded into the pulse time position within each switching interval. PWM only requires synthesis of a few discrete output levels, which is easily realized by topologically simple high efficiency switching power stages. On the other hand, the bandwidth requirements for PWM are typically close to an order of magnitude higher than PAM. This penalty is well paid given the simplifications in the switching power stage / power supply.
[Direct-torque-control-of-induction-m...] - This article about minimization torque ripples of permanen magnet machine

Download Address

DownLoad

Comments: Don't forget to comment after downloading! Comment...

About - Advertise - Sitemap