CP2400DK

Evaluation and Demonstration Boards and Kits

The CP2400DK is an evaluation and demonstration board and kit that enables engineers to build proof-of-concept, experimental, proof-of-design and prototype models of industrial and commercial applications and systems. This board and kit combines the on-board FPGA with a high-performance ARM Cortex-M4F processor, allowing designers to use an Arduino-style or Cypress PSoC Creator environment to prototype their designs.

Application Field

The CP2400DK is designed for evaluating and demonstrating capabilities of both industrial and commercial applications and systems. Industrial applications include motor control, automation, test equipment, embedded controls, robotics, and other related systems. Commercial applications may include consumer electronics, healthcare, wearables, and automotive control. As a secure, reconfigurable, and cost-effective solution, this board and kit is a valuable tool for prototyping in the industrial, medical, consumer, and automotive markets.

Working Principle

The CP2400DK is based on a high-performance ARM Cortex-M4F processor. This processor features up to 180 MHz operation and up to 1 MB memory. It is programmed with the Arduino-style environment or Cypress PSoC Creator, which supports a variety of low-power peripherals such as capacitive touch, I2C, ADC, GPIO, LCD, Timers, UART, and CAN. These are available for customizing the application board. The system also includes a built-in clock oscillator, an on-board temperature sensor, a USB interface, and a powerful power management system. All these features make the CP2400DK an ideal platform for building proof-of-concept, experimental, proof-of-design and prototype models for applications and systems.

Special Features

The CP2400DK features a powerful FPGA that allows for the addition of custom IP cores. This FPGA supports up to three different power modes, so the user can choose the one that best suits their application. The FPGA also offers multiple configurable internal connections, such as a multi-channel ADC, a temperature-sensor, and a real-time clock. These can be used for a variety of tasks, like controlling motors, filtering signals, providing clock timing, and data logging.

Conclusion

CP2400DK is an evaluation and demonstration board and kit that provides engineers with an effective, secure, reconfigurable, and cost-efficient way to build proof-of-concept, experimental, proof-of-design and prototype models of industrial and commercial applications and systems. Its integrated ARM processor, powerful FPGA, temperature sensor, real-time clock, and various configurable internal connections enable users to customize their application board.