CC-WMX-LB69-EYK1

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The CC-WMX-LB69-EYK1 Microcontroller Module is a type of microcontroller used in embedded systems. This type of module is typically used to act as a communication interface between a processor and other devices, such as motors, sensors, etc.

Application Field

The CC-WMX-LB69-EYK1 is a suitable solution for any application that requires a low power, low cost microcontroller module. It is often used in embedded systems such as security systems, automotive systems, industrial applications, robotics, and other device control systems.

Working Principle

The CC-WMX-LB69-EYK1 module uses a 32-bit RISC processor that runs at 30MHz and is supported by 1MB of on-board flash, 4KB of RAM, and 4KB EEPROM. This module controls various I/O pins through module expansion boards. The device may be programmed using Qt, a rapid application development environment.

The module carries a variety of peripherals on board, such as timers, A/D converters, pulse width modulation, UART and CAN bus controllers, and an on-chip real-time clock. It is capable of communicating with up to 16 different devices simultaneously. Furthermore, the module has a wireless radio transceiver which makes it suitable for applications that require wireless communication.

The CC-WMX-LB69-EYK1 includes different communication protocols such as Modbus, RS-232 and SPI. Its communication ports can be configured for application-specific needs. It also supports various communication interfaces such as Ethernet, USB, and I2C.

The device is suitable for industrial applications due to its robust design, wide operating temperature range, high immunity to electrical noise, and long mean time between failures. It is also designed to provide precise, accurate measurements with its on-board 16-bit A/D converter and its optional temperature sensor.

The CC-WMX-LB69-EYK1 is a flexible, easy to use microcontroller module with a wide range of applications. Its low power design and high performance make it a viable option for any embedded system application.

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