SEN-10345 Development Boards, Kits, Programmers

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SEN-10345 is an evaluation board designed for sensors which integrates a communication module, microcontroller, power supply, and energy-harvesting components. It is created for the purpose of testing, operating, and evaluating different types of sensors.

The SEN-10345 board is designed to provide comprehensive and easy access to the different types of sensors, making it easier to explore and evaluate the performance of various sensors. In addition, the microcontroller on the evaluation board allows users to equip and experiment various applications.

The SEN-10345 board is based on the Atmel ATmega328P 8-bit microcontroller, which is capable of running up to 8MBytes of flash memory. This enables the board to process numerous tasks, such as sensor data collection, monitoring, and communications using a combination of sensors, processors, and radios. The board comes with a variety of communications ports for connecting to external devices, such as an I2C connection or a serial port, as well as Zigbee, BLE, ZigBee, or Wi-Fi, to enable users to connect to external systems.

The communication module on the board supports communication with various independent serial channels on the board. Different communication protocols can be supported, such as 802.15.4, Zigbee, and BLE. These different protocols can be used to establish point-to-point communications between terminals, as well as point-to-multipoint communication in networks. This will allow users to evaluate the communication performances of multiple sensors and networks.

The power supply on the SEN-10345 board also makes it possible to evaluate energy-harvesting technologies. It utilizes CleanSwitch EH devices, enabling users to assess the practical use of harvested energy. This allows users to evaluate whether or not the energy-harvesting technologies are feasible and effective for their applications.

In terms of programming, the on-board Arduino IDE can be utilized to develop projects and applications with ease. The Arduino programming language is made available on the microcontroller, as well as on the communication module, giving users a wide range of development tools. Furthermore, the board is also compatible with various software platforms, such as ChipKIT, mbed, and MicroPython, giving users even more freedom of choice.

To conclude, the SEN-10345 Evaluation Board is a powerful and versatile evaluation board designed specifically for sensor evaluation, development, and testing. The board supports a variety of communication protocols and energy harvesting technologies, making it easy for users to evaluate and develop applications with a number of sensors and energy harvesting systems. By utilizing the various development tools available on the board, users are given the freedom to create and experiment with different projects.

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