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Microcontroller Based Stepper Motor Control System

http://hdl.handle.net/20.500.12678/0000007050
9d9c3eb6-f4ca-4e59-afac-4f6cae79edc7
c7358c04-eee5-419f-81c5-b8903f57b9d3
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stepper stepper motor.pdf (323 KB)
Publication type
Journal article
Upload type
Publication
Title
Title Microcontroller Based Stepper Motor Control System
Language en
Publication date 2018-12-15
Authors
Kyi Kyi Khaing
Description
The microcontroller based stepper motor control system controls the motor and any motor device
according to its requirement for any industrial application. At the heart of the circuit is the AT mega 32
microcontroller which controls all its functions. The stepper motor can move a precise angle; the motor’s
position can be controlled without any feedback mechanism. Microcontroller can be used to apply different
control signals to the motor to make it rotate according to the need of application. In this paper, we are going
to rotate a stepper motor by using an AT mega 32 microcontroller. AT mega 32 has been programmed in
order to rotate the stepper motor for various applications. The motor drive which acts as an interface between
the microcontroller and the stepper motor. The microcontroller board is applying the external voltage of
about 5V. From this it can be directly deliver the input to the stepper motor drive where it provides sufficient
current to the stepper motor which tends to rotate the stepper motor. By programming the stepper drive, we
can be able to control the speed of the stepper motor, direction of the stepper motor either in clockwise or
anticlockwise direction. Motor drive protects the stepper motor from damages so that the stepper motor drive
can be connected between the stepper motor and AT mega 32 microcontroller.
Keywords
AT mega 32, Microcontroller, Stepper Motor, Preset, Virtual Terminal
Journal articles
Issue,1
Annual University Journal on Innovative Research and Products 2018
143-151
Vol-1
0
0
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