C2HAC06I1626G1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

C2HAC06I1626G1 is a high-performance drive controller integrated with advanced control algorithms for low-voltage, low-current 3-phase AC motors. This technology combines a 3-phase brushless motor field-oriented control (FOC) system with a high resolution digital signal processor (DSP). It can control AC motors in a range of applications with system control and precision. The motor control system has high efficiency, low noise, and provides a highly efficient and integrated solution for electric motor drives.

The C2HAC06I1626G1’s main application field is in low-voltage, low-current (below one horsepower) AC motors. It is commonly used in industrial sectors, including but not limited to industrial manufacturing, automotive industry, home appliances, medical equipment and so on. It is especially suitable for high-precision motion control applications, such as CNC machine tools and 3D printing machines.

The working principle of the C2HAC06I1626G1 can be summarized as follows. Firstly, it uses the AC motor\'s stator 3-phase voltage and current signals as feedback signals to controller circuit. Secondly, it combines the speed and torque loops of the FOC system to make the best use of the motor\'s properties in terms of torque, speed and efficiency. Thirdly, it uses powerful external drivers and power modules to amplify the controller signals and accurately drive the motor accordingly. Finally, the controller designs an external start-up circuit with a hard start function to facilitate the reliable start-up of the 3-phase AC motor.

In conclusion, the C2HAC06I1626G1 is a high-performance drive controller integrated with advanced control algorithms. It has a broad application field in low-voltage, low-current (below one horsepower) AC motors and are particularly suitable for high-precision motion control applications. The working principle can be boiled down to using the AC motor\'s stator 3-phase voltage and current signals as feedback signals to controller circuit, then combining the speed and torque loops of the FOC system with powerful external drivers and power modules to amplify the controller signals and accurately drive the motor accordingly.

The specific data is subject to PDF, and the above content is for reference