MAX31850KATB+

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The MAX31850KATB+ is a high precision laboratory Thermocouple-to-Digital Converter board, featuring an onboard MAX31850K integrated circuit. This particular IC is ideal for harsh conditions with accuracy, stability and low power consumption.

The MAX31850KATB+ operates off a single 3.3V supply and can directly measure the temperature of a variety of different thermocouples, ranging from the more common Type K and Type J to the less common Type C and Type B. The IC can read both positive and negative temperatures from -200˚C to +800˚C. It is available in a space-saving 8-pin TDFN package, ideal to be mounted in a variety of applications.

The MAX31850KATB+ is a particularly useful device for applications where accuracy and low power consumption are essential, and for applications that require the use of multiple temperature sensors. An example of such an application is the temperature monitoring of multiple items with the sensors being placed in different areas of the item. The MAX31850KATB+’s multi-channel capability makes it ideal for such applications.

The MAX31850KATB+ has an accuracy of +-2˚C across the entire range, making it one of the most accurate temperature sensors available. A 16-bit ADC integrated in the chip allows for additional resolution when detecting small temperature differences. The internal noise of the device is low, which ensures accurate readings in varying environmental conditions.

The MAX31850KATB+ has a very low standby power consumption of only 10µA and an active power consumption of only 40µA, making it an ideal choice for battery powered applications. Furthermore, it has an all-through self-test mode to ensure reliable performance and simple calibration. This makes it suitable for applications that require frequent checks for self-diagnosis.

In summary, the MAX31850KATB+ is an especially useful device for precision temperature measuring applications, such as in laboratories or industrial settings, or in battery-powered applications due to its low power consumption. Its 16-bit ADC allows for additional resolution when detecting small temperature differences, and its low standby power consumption and all through self-test mode make it an ideal choice in many applications.

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