LM71CIMFX/NOPB

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Temperature sensors are important components in a variety of applications. The LM71CIMFX/NOPB is a temperature sensor designed specifically for use in the specific environment where higher levels of accuracy, reliability or cost savings are desired. This sensor is small, has an integrated temperature sensing capability, and a wide operating range. It is an analog and digital output sensor that is used in precision temperature control and monitoring systems.

The LM71CIMFX/NOPB temperature sensor uses an advanced integrated circuit which contains a precision resistor and measuring amplifier. The temperature range of the device is from -20°C to +110°C with 0.1°C accuracy. The sensing circuit is calibrated to provide a linear output which corresponds to temperature. Therefore, the amount of change of the output voltage is proportional to the change in temperature.

The sensor has an external resistor to set the full-scale output and to hold it constant. This component also serves as a reference voltage for the measuring amplifier. A selectable low and high temperature hysteresis feature is provided to ensure a stable output and low errors. The true temperature output is obtained by subtracting the digital temperature output from the analog output temperature. The digital output temperature is equal to the analog output temperature minus the temperature offset stored in a non-volatile memory cell.

The LM71CIMFX/NOPB temperature sensor also works with a variety of analog to digital converters and data acquisition systems. This makes it useful for applications such as industrial and automotive control, medical equipment control, environmental monitoring, and automated test systems. This sensor is particularly well suited for applications where exact temperature readings are required with little or no calibration. Additionally, the device is designed for surface mounting for increased reliability in rugged environments.

The LM71CIMFX/NOPB temperature sensor is simple to use and provides accurate readings in a wide range of temperatures. The linear output of the device provides a linear representation of the temperature and the external resistor makes calibration easier. The low and high temperature hysteresis minimizes errors in temperature measurements. The device is also particularly useful in systems where exact temperature readings are required with little calibration. Finally, the device is designed for surface mounting for increased reliability in harsh environments.

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