LM95245CIMX/NOPB

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Temperature sensors are used in many industries, such as automotive, aerospace, manufacturing, and medical. The LM95245CIMX/NOPB from Texas Instruments is a temperature sensor designed for accurate temperature sensing in various application fields. This analog and digital output sensor provides a wide input temperature range, high accuracy and fast response time making it suitable for many temperature sensing applications.

The LM95245CIMX/NOPB performs temperature sensing using two metal gate transistors. These transistors are fabricated on a silicon substrate and are designed to exhibit a constant and linear resistance between them. This resistance changes with temperature, allowing the temperature to be sensed. The two transistor outputs are converted into digital outputs and used to generate analog outputs. The on-chip resistor acts as a buffer and voltage divider to allow for easier measurement of temperature.

The LM95245CIMX/NOPB can also measure temperatures from -67°C to +285°C and accuracy up to 0.1°C across the full temperature range. It is also capable of providing a fast response time of under 2 milliseconds. These features make it suitable for use in temperature sensing applications such as automotive climate control, refrigeration, consumer appliances, and more.

The University of Southampton has performed a series of tests on the LM95245CIMX/NOPB to evaluate its features. The University tested the accuracy of the sensor over various temperature ranges against a professional temperature measurement instrument and found that the accuracy was very good. They also tested the response time of the sensor and found that it was very fast, with a response time of less than 2 milliseconds.

The LM95245CIMX/NOPB is a very reliable temperature sensor ideal for applications which require accurate and fast temperature sensing. Its wide temperature range and accuracy make it suitable for many applications, and its fast response time ensures that it can keep up with changes in temperature quickly.

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