CDBWM8768-M-1

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CDBWM8768-M-1 is a Evaluation and Demonstration Boards and Kits designed to provide a rapid prototyping platform for Power Electronics, Motor Control and Automotive applications. With this board, developers can quickly develop and evaluate a wide variety of motor control systems, from basic two phase DC motor control to more complex three phase AC motor control and automotive applications. CDBWM8768-M-1 is a real-time micro-controller based board suitable for all advanced motor control applications and provides an ideal platform to demonstrate and evaluate motor control algorithms.

The CDBWM8768-M-1 board accepts input signals such as switches, rotary encoders, speed and torque sensors. These signals are then processed through the board’s microcontroller and the resulting signal is used for motor control. The board has an integrated FPGA for motor control algorithms such as PID, Hall Effect and Field Oriented Control as well as basic DC motor control. In addition, it includes a range of complex mathematics functions such as DSP, FFT and CORDIC.

The CDBWM8768-M-1 board also supports high-speed motor control tasks, with a total system throughput of up to 25 MHz. It has an integrated power measurement and monitoring system, which is capable of measuring and monitoring motor current, voltage and temperature. In addition, it features an on-board analog feedback system, which allows the board to precisely control the motor speed and current.

The CDBWM8768-M-1 board uses a real-time operating system and has an integrated LCD display that can be used to interact with the free-running user application. The development environment includes a motor control library and a graphical programming language, which simplifies and facilitates development of motor control applications. The digital analog converter (DAC) of the board can be used to output high voltage signals to drive 3-phase motors.

The CDBWM8768-M-1 board has a wide range of applications in the field of motor control. It is suitable for use in electric vehicles, industrial automation, robotics, and medical applications. The board is also well suited for prototyping and R&D applications, as it allows the user to quickly and easily develop, verify and test motor control algorithms for a wide variety of applications.

In conclusion, the CDBWM8768-M-1 board is a powerful and versatile Evaluation and Demonstration Boards and Kits. With its integrated FPGA and high-speed processor, it provides an ideal platform for rapid development and evaluation of motor control algorithms in a wide variety of applications.

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