Proteus stepper motor driver

These electromagnets act as a stater and when one side get magnetize, it attracts the rotor towards it and then we need to magnetize the other side and demagnetize the previous one and in this ways if the sequence is right the motor starts moving.

So, we will meet in the next post hopefully. Take care. I am a programmer since before that I just search things, make small projects and now I am sharing my knowledge through this platform. But today we are gonna see it in action in Proteus Simulation and its quite exciting for me as well.

If you don't know much about L then you should also have a look at Introduction to L, in which I have discussed the basics of L module, it will be quite informative for you.

If you got into any trouble regarding this L Motor Driver Library for Proteus, then you can ask in comments and I will try my best to resolve your issues. If you still got any problem then as k in comments and I will help you out and do give your suggestions as well. So, attach the two wires from one coil to input 4 and 6 of motor and the other two wires from second coil to outputs 7 and 5.

Understand the power needs of your stepper motor and give necessary power supply. Wrong power supply would permanently destroy the motor.

A Stepper Motor Control using Arduino is designed in this project. The working of the project is explained here. Since it is a bipolar motor, there are only 4 wires attach to the end terminals of coil. The motor using in this project has step counts ability. With one phase stepper motor energizing only one phase at a time, we can get the normal step rotation with least power absorbing.

Two phase stepper motor is a technique where two phases are energized at a time. With this technique, the step count does not vary from the one phase but the torque and speed is substantially increased. So this is it. NEMA 17 is a bipolar stepper motor rated at 12V. In NEMA 17 all pins are connected internally with the coil.

To make the movement we need to magnetize the coil. The rotation of the motor requires the magnetic field to make a single step. The time required to make the coil fully magnetic depends on the induction of the coil. Internally to control the stepper motor we will have to use the green and black pair. The second pair will be of red and blue. LD IC is known as a motor driver. It is a low voltage operating device like other ICs. LD provides the continuous bidirectional Direct Current to the Motor.

The Polarity of current can change at any time without affecting the whole IC or any other device in the circuit. LD has an internal H-bridge installed for two motors.

H-Bridge is an electrical circuit that enables the load in a bidirectional way. LD bridge is controlled by external low voltage signals. It may be small in size, but its power output capacity is higher than our expectation. It could control any DC motor speed and direction with a voltage range of 4. The LD IC features both speed and direction control pins to control two motors simultaneously. Through these input pins we can determine whether to move the dc motor forward or backwards.

The table below shows the logic signals required for the appropriate spinning action for motor A.