Tiny Controls is concerned with dealing of of stepper motor of different sizes since 2010.
A stepper motors does the opposite of a accustomed generators, converting electrical pulses into rotating mechanical energy. These digital pulses are given by step motor controlling devices like drives or step motor controllers like indexing controllers. These pulses rotates the stepper at a particular angle. The speed of movement of motor depends on repetition of step pulses given to motor. Continuity of motor shaft depends on how long the digital step pulses are provided to motor. The direction of motor can be clockwise or anticlockwise.
A stepper motor is a synchronous which changes the step pulses into mechanical shaft rotation. Every revolution of stepper motors is divided into a discrete number of steps in many cases 200 steps and the motor must be given a separate pulse for each step. A step motor can take only one step at one time and all the steps are equal size. Since every pulse forces the motor to rotate correct angle, commonly 1.8 degrees, the position of motor can be determined without any feedback. As the frequency of digital pulses is raised, the step movement changes into smooth rotation, with the speed of rotation is in proportion to continuity of pulses.
The step motor are applicable in many applications like in peripherals of computers like floppy disks, printers, plotters, tape readers, in business machines, in process controlling machines, in robotic assemblies