KPTC7E16-26SC

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KPTC7E16-26SC is a type of high-performance stepping motor driver incorporated in the dynamic control of various electric and electronic devices. It is widely employed in applications including computer numerical control (CNC) systems, medical and safety systems, monitoring system, image processing system and robotic systems.

The KPTC7E16-26SC driver is mainly composed of power module, pulse input module, driver module, serial communication module and interface protection. It is equipped with two differential input signals, two curve smoothing input modes, a control signal input, a pulse input signal current circuit, a serial communication signal, three control signal input line (CW, CCW, EN), and a 5V power supply. It supports pulse input frequency up to 5MHz and can run with multiple stepping methods. The protective measures of the driver include over voltage and over current protection, emergency stop function, and short-circuit protection function.

The driver is driven by power module, which receives the regulated power supply from external source and outputs the reliable power supply to the rest parts of the driver. The pulse input module receives the control signals from the external system and accurately controls the rotation of the stepping motors. The driver module is used to convert the control signals into the control currents that are sent to the stepping motors. The serial communication module supports fieldbus protocol and supports seamless information speed link with motion control systems. The interface protection module ensures the reliability of the driver by providing the necessary protection against sudden increase in current.

In terms of working principle, the KPTC7E16-26SC driver receives the digital pulse command signal to control the rotation of the stepper motor, with a constant speed or a variable speed. It steps the motor to the designated position according to the preset target position or the preset speed. The driver can be controlled by the pulse, quadrature pulse, direction and speed control signals. In addition, it can support multiple micro-step and various speed control modes.

In terms of application fields, the KPTC7E16-26SC driver can be used for controlling stepper motors in various applications. It is particularly suitable for high torque requirements, dynamic control of various electric and electronic devices, CNC systems, X-Y tables, medical systems, safety systems, monitoring system, image processing system and robotic systems.

Overall, the KPTC7E16-26SC driver is a powerful motor driver, which has excellent performance and high reliability in various applications. It can ensure a smooth running of the motor and low noise. It also complies with multiple safety standards, which makes it highly reliable and suitable for various applications and fields.

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