Driver
  • X6 Series Servo Motor Driver
    X6 Series Servo Motor Driver X6 series servo driver with a 17-bit encoder, which corresponds to 131072 pulses per revolution, which greatly improves the positioning accuracy of the motor, and can make the motor more stable at low speed and less speed error. [template id="581"] [template id="436"] [template id="437"] [template…
  • Nema 51 Stepper Motor Driver
    Nema 51 Stepper Motor Driver DV3722 is a three-phase hybrid stepper motor driver based on DSP control, which is a new generation of digital stepper motor drives that combine advanced DSP control chips with three-phase inverter drive modules. The drive voltage is AC110V ~ 220, the adaptation current is below 7.0A,…
  • Stepper Motor Driver for Nema 23
    Stepper Motor Driver for Nema 23 Stepper motor driver for Nema 23 uses servo control principle technology, with motor parameters adaptive function, to ensure the best performance of the motor. The technology can significantly improve the motor noise and smooth running, the maximum drive current of 5.8A, the highest positioning…
  • Nema 34 Closed Loop Stepper Motor Driver
    Nema 34 Closed Loop Stepper Motor Driver SL86D using the latest dedicated motor control DSP chip and vector closed-loop control technology, completely overcome the open-loop stepper motor stepped the problem, while significantly enhance the motor high-speed performance, reduce motor heating and reduce motor vibration, improve machine processing speed and accuracy…
  • Nema 23 Closed Loop Stepper Motor Driver
    Nema 23 Closed Loop Stepper Motor Driver SL57D using the latest dedicated motor control DSP chip and vector closed-loop control technology, completely overcome the open-loop stepper motor stepped the problem, while significantly enhance the motor high-speed performance, reduce motor heating and reduce motor vibration, improve machine processing speed and accuracy,…
  • Nema 34 Stepper Driver
    Nema 34 Stepper Driver CY860 digital low-voltage nema 34 stepper driver, using the latest 32-bit DSP technology, suitable for driving 57,86 series motor, with excellent low-speed performance. You can set any of the subdivision within 256 and the rated current within any current value, to meet the needs of most…
  • Nema 23 Stepper Motor Driver
    Nema 23 Stepper Motor Driver CY556 is a new digital two-phase hybrid stepper motor driver, which uses the latest 32-bit DSP control technology, according to user needs within 256 arbitrary subdivision and rated current within any current value, And the internal increase of the motor parameter automatic identification function, can…
  • Driver for Nema 17 Stepper Motor
    Driver for Nema 17 Stepper Motor CY420 digital low-voltage driver for nema 17 stepper motor, using the latest 32-bit DSP technology, suitable for driving 42,57 series motor, with excellent low-speed performance. Can be customized according to user needs within 512 subdivided and rated current within any current value, due to…
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A servomotor controller is a circuit used to control the position and speed of a servomotor. This circuit is also known as a servo driver. The servomotor controller is composed of the controller, the servomotor and the power supply. It can be used to control one servo or multiple servos. The controller must control more than one servo in order to complete servo motor control tasks. This is the case with RC planes, which use many servos.

The voltage signal is applied to the servo motor at regular intervals. Timing variations are a problem for the servo. At specific times, a pulse with a specific width must be applied. The repetition rate ranges from 50Hz to 60Hz and the pulse duration is typically between 0ms and 2.2ms. The controller must have the necessary resolution to allow precise position control. If more than one motor must be controlled simultaneously, the processor clock should be fast enough. An 8051 can be used to control a single motor, just like an AT89s51 or P89v51RD2. For multiple motors, an 8051 can be used like an AT89s51 or P89v51RD2. The selection of the micro-controller is entirely up to the designer and the requirements of the project.

The number of servomotors interfaced to the board will determine the design of the power supply unit controller servomotor controller. Servo motors can operate at 4.8V up to 6V. The most common value is 5V. It is best to not apply voltages higher than the supply voltage as this could render the motor inoperable. The motor's current draw is dependent on how much torque it produces. It will draw less current in idle mode, and more when it is running. The servo motor's maximum current draw is called its stall current. This is the current draw the motor will use when it runs at maximum torque. It does not stop due to overload. For some motors, this current value may be as high at 1 A.

A suitable heat sink and a voltage regulator such as a LM317 are both possible for a single motor controller. If multiple motors are to be interconnected, however, it is necessary to use a higher-quality supply with a higher current rating.

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