MIC384-0BM-TR

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Temperature sensors measure the temperature of an object by ascertaining the change of an electrical property (such as resistance) due to the temperature variation. Temperature sensors can come in analog as well as digital output form, and the MIC384-0BM-TR is one of the leading sensors available for this purpose.

The MIC384-0BM-TR is a digital output temperature sensor, incorporating advanced non-linear algorithms and a range of features that enable extended temperature measurement and monitoring in numerous applications. It has a temperature range of -40°C to 125°C, and an accuracy of ±1°C. Furthermore, its measurement speed is less than 10ms.

The main application field of the MIC384-0BM-TR temperature sensor lies in portable or desktop equipment, such as data loggers, barcode scanners, home appliances and indoor air quality monitors, among others. Its applications include those in medical and industrial fields.

The working principle of the MIC384-0BM-TR temperature sensor is based on the principle of thermal radiation. The sensor consists of an array of thin-film thermistors which directly measure the temperature based on the amount of thermal energy they are exposed to. This energy is inversely proportional to the change in the resistance of the thermistors; therefore, when the temperature of the surroundings changes, the resistance also changes accordingly, resulting in a change in the output voltage.

To accurately measure the temperature, the sensor requires calibration. This usually involves programming the sensor to adjust its output voltage levels. The sensor is calibrated by connecting it to a computer with the appropriate software, and setting the temperature range and resolution as per the user’s requirements. This programmed output voltage is then used to measure the temperature.

In addition to its calibration features, the MIC384-0BM-TR also has several features designed to increase its accuracy and reliability. The sensor is designed with integrated EMI (electromagnetic interference) shielding, which helps to reduce the noise levels and improve the system accuracy. An EMI shield also reduces the effect of external noise on the measurement accuracy. The sensor also utilizes a linearity correction algorithm, which ensures that the output voltage is linearly proportional to the temperature change. This helps to reduce any errors in the output voltage due to non-linearity.

The MIC384-0BM-TR temperature sensor is a reliable and accurate solution for a wide range of temperature measurement and monitoring applications. Its range of features enables extended temperature measurement and monitoring, while its calibration features allow users to accurately measure the temperature. Furthermore, its integrated EMI shielding and linarity correction algorithm help to improve its accuracy and reliability.

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