MIC284-2BMM-TR

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Temperature is one of the most measured environmental conditions, and is frequently regulated or controlled in many industries. Among the numerous types of temperature sensors available, the MIC284-2BMM-TR represents a practical and reliable solution for those applications in need of a wide dynamic range. This article will explain in detail about the application fields and working principles of the MIC284-2BMM-TR temperature sensor.

General Characteristics of MIC284-2BMM-TR

The MIC284-2BMM-TR is a multipurpose temperature sensor that is available in both digital and analog output. It is made out of robust materials and features a wide temperature range from -50 to 125 °C. The wide dynamic range and accuracy of the sensor make it suitable for a variety of applications.

The MIC284-2BMM-TR also offers a variety of mounting options, including a thin panel mount, bulkhead, or surface mount, allowing for an easy installation in most applications. Additionally, the combination of analog and digital outputs offers flexibility when connecting the sensor to other systems, such as computers and data loggers.

Applications of MIC284-2BMM-TR

The MIC284-2BMM-TR is one of the most commonly used temperature sensors. It can be used in a wide variety of applications, such as:

• Automotive systems
• HVAC/R systems
• Appliance monitoring
• Data center temperature monitoring
• Process control systems
• Test and laboratory equipment
• Industrial/OEM applications

The wide range of temperature measurement and the ability to interface with both analog and digital outputs make this sensor a highly versatile option for any of these applications.

Working Principles

The MIC284-2BMM-TR is a dual-channel sensor that measures temperature with both an internal thermistor and an external temperature probe. The internal thermistor is used to measure accurate temperature within a range of -50 to 125 °C and the external probe measures temperature from -50 to 85°C. Both outputs are either available as voltage or current signals.

These signals are then processed and converted into an absolute temperature value. This absolute temperature is further converted into digital information that is either fed to an analog output device or read from a digital oscilloscope. This data is then stored or used by the connected system for further manipulation.

Conclusion

The MIC284-2BMM-TR is a robust, versatile temperature sensor with wide application fields. It is widely used in automotive systems, HVAC/R systems, data centers and in process control applications. Its internal thermistor and external temperature probe enable a wide temperature range of measurements. The signals from these probes are then converted into absolute temperature values and further processed into digital information for use with analog and digital output devices.

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