MAXREFDES23#

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The MAXREFDES23# evaluation board is a latest product from Maxim Integrated, which allows measuring thermopiles using infrared technology. It is a versatile evaluation board designed to support the MAXREFDES23# infrared sensing platform, which is capable of providing precise measurements of a wide range of temperature range, up to 2000°C. This evaluation board has been developed to assist designers and engineers to quickly prototype the MAXREFDES23# thermopile sensing solution for use in a variety of applications.

The Maxwell MAXREFDES23# evaluation board is designed for a wide range of applications, such as thermal imaging, flame detection, human body temperature monitoring, and industrial furnace temperature monitoring. It has various features and advantages that make it suitable for a variety of applications. For instance, the MAXREFDES23# evaluation board provides up to 16-bit precision measurement of temperatures up to 2000°C, and features a low power consumption design that allows the board to run from a standard 5V DC supply. It also offers various customization options, including tuning of the range, sensitivity, and power levels.

The MAXREFDES23# evaluation board uses infrared sensing technology to detect temperatures. It consists of a thermopile sensor, which is a set of heat sensors that convert temperature into electrical signals. The thermopiles are configured in an arrayed format and offer a high degree of accuracy in measuring temperatures. The thermopiles are connected to the evaluation board via a 16-bit, 2-channel SPDT embedded ADC. The evaluation board is capable of detecting and measuring temperatures up to 2000°C with an accuracy of 0.3°C.

The MAXREFDES23# evaluation board also has several different sensor modes for measuring temperatures. The board can be used in single-channel mode for steady-state applications, or in two-channel mode for dynamic applications, such as flame detection. Other features include adjustable output gain for steady-state measurements, automatic gain switching for dynamic applications, adjustable calorimetric sensitivity for fine-tuning, and programmable low pass and high pass filters to provide the desired frequency response.

In addition, the MAXREFDES23# evaluation board provides an easy-to-use graphical user interface for setting up and calibrating the thermopiles. The GUI includes various calibration options, including setting the temperature range, the calorimetric sensitivity, and other parameters. It is also possible to adjust the gain and power controls, as well as set thresholds for warning indications.

Overall, the MAXREFDES23# evaluation board is a versatile and powerful development platform for use in a wide range of applications. It is designed to provide precision measurements of temperatures up to 2000°C with an accuracy of 0.3°C. The evaluation board also has several features that make it suitable for use in a variety of applications. Additionally, the graphical user interface allows for easy setup and calibration of the sensor.

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