ASEK72981LLRA-100B5-DK

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The ASEK72981LLRA-100B5-DK is an evaluation board for use with LLRA (Linear Low-Voltage Op amp) sensors. It has the capacity to measure changes in voltage and current, and it is capable of accurately sensing changes in temperature and motion. This makes it an ideal solution for a wide range of applications in the field of embedded system development, such as medical, automotive, industrial, and consumer electronics.

The board includes two LLRA sensors (ASEK72981LLRA-100B5 and ASEK72981LLRA-100B4), which are connected to control boards via RS-485. Each sensor has its own supply voltage and current range, so that the board can accurately detect changes in each channel. Furthermore, the board can also detect changes in temperature and motion, by connecting two additional PTC thermistors or thermocouples.

The board has the ability to measure changes in voltage and current, as well as accurately detecting changes in temperature and motion. This is done by connecting two thermistors or thermocouples to the board. The board produces two analog, out-of-band, signals for each thermistor or thermocouple connected to the board, for measuring changes in temperature and motion. The board also comes equipped with a DAC to output an analog voltage and digital outputs for reporting state changes.

The board is connected to an RS-485 communications bus, which allows for bi-directional communication between the board and a host system. It has the capacity to utilize CAN, Serial, SPI and I2C communications protocols, so that it can be easily integrated into existing systems. The board also contains an up to two Kbits of non-volatile memory, which can store data, such as calibration coefficients.

The ASEK72981LLRA-100B5-DK is an accurate and reliable board for measuring changes in voltage and current, and it is capable of accurately detecting changes in temperature and motion. This makes it an ideal solution for a wide range of embedded system applications. It is easy to setup and integrate into existing systems, and the board’s non-volatile memory allows for easy re-configuration. This makes the board an ideal choice for any application needing to quickly detect changes in voltage, current, temperature, and motion.

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