CC-9P-LX

CC-9P-LX is an evaluation board of MCU, DSP and embedded controllers. It is widely used to evaluate and debug application programs for embedded projects. The board is equipped with multiple expansion slots for various additional modules, which enable it to perform various tasks.This evaluation board is powered by a 9-pin LPC microcontroller core. The board has a variety of interfaces including UART, SPI, I2C, USB, Ethernet, JTAG, CAN, and more for communication. It has 8-Bit core integrated timers with interrupts, PWM & ADC functions, and 12-bit Analog to Digital Conversion (ADC). The board includes a 4K DDR2 memory with 6 programmable serial communication interfaces, 6 standard 72Mhz pin names, and 64kB of Flash memory supporting the development of complex embedded applications.To get the most out of this evaluation board, some optional modules can be applied, such as an Ethernet and LCD. In addition, the board is pre-programmed with an operating system based on an R Kernel, which makes it easy to debug applications.The CC-9P-LX has a wide range of applications, from industrial and automotive projects, to embedded systems. The board enables the developers to evaluate and debug small applications for use in different environments. The board is also suitable for the development of Safety Instrumented System (SIS) applications.The main working principle of CC-9P-LX evaluation board is to provide the developers an efficient platform to create and debug applications. The board supports a wide range of development languages such as C, C++, Visual C++, etc. Additionally, it has debugging tools like Visual Studio and IAR Embedded System Workbench. The board supports firmware upgrades and code migration from the existing development environment.Overall, the CC-9P-LX has proved to be a reliable and useful embedded controller and evaluation board. With its wide range of features, it can be equipped with additional modules to create complex applications. With this board, the developers can get better visibility into their applications and reduce the time required for debugging and evaluation.