The invention of cars has completely changed the industrial world. Today, we have all kinds of electric motors, each of which is suitable for specific applications. Let\'s look for some of the most used but important motors in the industry. AC motor this is the most common and simple industrial motor with three-phase AC induction motor. This is a simple design, simple three winding series in an external part of a simple rotating part. The biggest advantage of using an AC motor is that it is the motor with the lowest cost. These are very reliable in application and maintenance. The design of the brush DC motor is very simple. By increasing or lowering the voltage, these speeds can be easily controlled because this relationship is linear to the maximum load of the motor. The higher the winding voltage, the faster the rotation speed. In brushed DC motors, torque control is also simple, as the output torque is proportional to the current. The name may mean it\'s a DC motor, but it\'s actually an AC. Its design is a bit complicated, but it is a good choice compared to the hr Brush DC motor. There is no brush or changer in the BLDC motor. Therefore, it does not show arc problems that are very common in brushed DC systems. The classification of servo motor motors is the smallest of all categories. These motors are commonly used in robots and are very useful. They are powerful compared to their size. Standard servo like future aba s- The 148 has a torque of 42 oz/inch, which is surprisingly powerful for its size. Servo motors are used for radio-controlled aircraft, radio-controlled cars, puppets and robots. The stepping motor includes a double convex pole structure with teeth on both the rotor and the stator. These are basically used for applications that require precise position control. Stepping motors are a new invention designed to replace expensive servo motors. The application of the stepping motor is usually limited to the low speed position control application. The linear electric system is slightly different from other similar systems. Unlike other motors, they do not generate torque (rotation) Instead, they generate linear forces along its length. There are two types of linearlow- Acceleration and high Accelerate the linear motor. Low- Accelerated straight lines for maglev trains and other ground- Based on traffic applications. Whereas high- The acceleration linear motor is short and has a design to accelerate the object to a very high speed.
