MLX90614KSF-ACC-000-TU

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The MLX90614KSF-ACC-000-TU temperature sensor is a versatile, industrial grade temperature sensor suitable for a wide range of applications. It is designed for measuring the temperature of a board or component within a system. It can be used to measure ambient temperatures, remote temperatures and non-contact objects. It provides a linear output, making it easy to read and interpret the data, and is also capable of providing accurate and reliable readings in environments with dynamic changes in temperature.

The MLX90614KSF-ACC-000-TU is a digital temperature sensor with an analog output, making it suitable for both digital and analog systems. It has a range of features including an operating temperature range of -40°C to +125°C, integrated over-temperature protection with shut down, overtemperature alarm and programmable alert levels, and temperature compensation of the output gain. It also features a SPI/I2C interface for easy integration into the desired system.

The working principle of the MLX90614KSF-ACC-000-TU is based on infrared technology. The sensor contains an integrated thermopile for measuring the thermal radiation of an object and converting it into a proportional electric output. This output is then converted into a linearized temperature data signal, which is then presented in either digital or analog format depending on the selected mode.

The MLX90614KSF-ACC-000-TU temperature sensor has a number of applications, including industrial processes and medical thermometry. It can be used to measure temperature in electronic components such as PCBs and heating elements, temperature monitoring in hazardous areas, controlling motors and contact-less temperature measurement in medical diagnostic applications.

The MLX90614KSF-ACC-000-TU is a reliable and accurate temperature sensor with a wide range of capabilities, allowing it to be used in a variety of applications. With its integrated features, it is able to provide accurate readings even in environments with dynamic changes in temperature. As such, it is an ideal choice for a number of temperature sensing applications.

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