SG90 Mini Servo (YD018)

SG90 Mini Servo

Brand:OEM
Stock Code:YD018
Type:Servo
Piece:1

Mini servo content

• 1 SG90 Servo Motor

You can find the ingredients you need to finish this product at the bottom of the page

Servo is an automatic device that controls the functioning of any mechanism with the help of a side feedback device by detecting the error and relieves the error. It is the most widely used motor type in robot technology. These systems can be mechanical or can be used in electronic, hydraulic, pneumatic or other areas. Servo motors; It is a device that is controlled in summary, where variables such as output, mechanical location, speed or acceleration are controlled. Servo motors are the Western motor and there are any motor AC, DC or Step motor in the servo motor.

The DC Servo motors are generally a DC motor and the DC required to the engine is obtained from the following methods.
1- From an electricity amplifier.
2- From the passing of the current current through the reactor.
3- From the passing of AC current through the thyristor.
4- Amplitine, retotrol, regulex, such as rotating amplifiers.

DC servo motors are manufactured from very small power to large power (from 0.05 hp to 1000 hp). These engines are manufactured like classic DC motors. These motors are small and are designed to minimize the polar inertia moment. Long -correct current motors with small diameter and usually with compensation winding, long -line current motors are also called servo motors. In terms of the DC Servo motor operating principle, the stator is a permanent magnet dc motor. A rotating moment occurs due to the interaction between the magnetic field and the conductors passed through the current. This rotation moment takes its maximum value when the angle between the magnetic field vector and the winding current vector is 90 °. The location of the brushes in a DC servo motor has been determined to ensure that the rotation moment angle is 90 ° for both turn direction. As a result of the high collector segments, the rotor of the moment is prevented from remaining immobilized at a zero point. There are various correct current motors used in the industry. The correct current motors used in servo systems are called DC servo motors. In DC servo engines, rotor inertia moment is very small. For this reason, there are engines in the market with a large ratio of output moment to the moment of inertia. Some DC servo engines have very small time constants. Low power DC Servo motors are generally used in computer -controlled devices (disk drivers, tape drivers, printers, word processors, browsers, etc.) in the market. Medium and large powerful servo motors are generally used in industry and robot systems and numerical -controlled sensitive tooth -opening stalls. Field windings in DC motors are connected to the rotor windings in series or parallel. The fluid of the field windings that are stimulated independently of the bandwids are not the function of the current passing through the muslim windings. In some DC motors, the magnetic flux is fixed. The stimulation windings can be performed with speed control voltage in motors independent of industry or stimulated by fixed magnets. This type of control method is called the industry control method. In the inspection made with the flux created by the stimuli windings, the industrial current is kept constant. The speed is adjusted with the control of the flux created by the storage windings in the stator. This type of motors are called area controlled motors. However, it is a serious problem that the current passing through rotor windings is constant. Because the rotor current is a function of load and resource. The area controlled motors are larger than the area controlled motors. Changing the rotor voltage in varying speed settings at large intervals; On the other hand, the magnetic flux speed control method created by the area windings is preferred in places where small intervals require precision speed adjustment. DC servo motors are usually controlled by servo drives called "electronic moving inspections". Servo drives control the movement of the servo motor. The controlled sizes often are often location control, speed control and acceleration programming. PWM (Pulse Width Modulation) technique called impact width module is generally used in robot control systems, numerical control systems and other location controllers.

About OEM

We call the manufacturer company products produced by original product manufacturers for other companies. OEM products we offer for sale are rarely produced.