MLX90614ESF-ABA-000-TU

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The MLX90614ESF-ABA-000-TU is a product from the MLX90614 family from Melexis and is a state-of-the-art integrated solution for thermal management. It has integrated a variety of functions from thermopile sensor, signal conditioning and a powerful and efficient infrared light source. It is designed to provide a cost-effective, non-intrusive, concise solution for making accurate and efficient thermal management decisions.

Features

The MLX90614ESF-ABA-000-TU has a number of important features. One of its main features is its broad range of application flexibility. It offers two operating temperature ranges, 8 to 80℃ and 4 to 50℃, making it suitable for a variety of scenarios. It also has a range of power supply voltages, offering a range of solutions for different requirements. Additionally, it has a portability option, allowing the use of a USB to connect the device to a PC or laptop.

Other features include a selectable resolution for non-contact temperature measurements, a contact-temperature measurement capability with an external thermistor, a wide temperature range measurement from -40℃ to +125℃, a low power consumption of ± 0.5 mA, and a small form factor, making it ideal for embedded applications. The device also has internal 16-bit analog-to-digital converters for thermopile sensor and thermistor conversion, as well as a built-in low-power 32-bit processor for signal analysis and decision-making.

Functionality

The MLX90614ESF-ABA-000-TU can measure object temperatures from -40℃ to +125℃, with a precision of 0.2℃. It can accurately measure ambient temperatures and relative humidity, allowing it to provide accurate data for thermal management solutions. Additionally, the device can detect hot spots and temperature gradients, allowing it to identify potential thermal problems.

The MLX90614ESF-ABA-000-TU also has a range of features to ensure its efficient operation. It has low power consumption, so it can be used for long periods of time on a single battery source. It also has intelligent power management capabilities, allowing it to turn on or off various components based on the detected temperature range. It also has built-in thermal protection measures, preventing it from being damaged by excessive temperatures.

Application Field

The MLX90614ESF-ABA-000-TU is designed for use in thermal management solutions, such as in automation and manufacturing, entertainment, health care and medical, telecommunications, and scientific research. Its portability and compact size makes it suitable for a range of applications, such as on-site monitoring and diagnostics.

The MLX90614ESF-ABA-000-TU can be used to accurately measure temperatures and provide data for a range of thermal management solutions. It can be used for thermal profiling of products, testing cooling components and systems, spot temperature checks, data logging, predictive maintenance and control of industrial processes. It has a fast response time, so it can provide accurate measurements in a short time. It also offers intelligent power management and thermal protection capabilities, helping to ensure the efficient operation of the device.

Working Principle

The MLX90614ESF-ABA-000-TU uses a thermopile sensor to detect infrared radiation emitted by the object being monitored. The thermopile sensor detects both the temperature and the intensity of the infrared radiation. The infrared radiation is then converted to an electrical signal and sent to the device’s processor. The processor then analyses the signal and determines the temperature of the object based on the signal’s intensity and time-of-flight. The processor then transmits the temperature data via the USB port to a connected PC or laptop.

The MLX90614ESF-ABA-000-TU is a highly efficient device for thermal management solutions. It is designed to provide an accurate, non-intrusive, cost-effective solution for monitoring and controlling temperatures in a range of scenarios. It has a range of features, such as its broad range of application flexibility, low power consumption, and its small form factor, making it ideal for a range of applications. Additionally, its working principle makes it a reliable, efficient solution for monitoring and controlling temperatures across a range of applications.

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