GFL2C150102

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GFL2C150102 is an opto-electronic infrared temperature measuring module that combines optics and electrical technology to accurately measure the temperature of an object. It incorporates temperature-sensitive components, such as thermopiles, to detect thermal radiation. GFL2C150102 has a wide range of applications, including medical, industrial, automotive and security. This article will discuss the application fields and working principle of GFL2C150102.

GFL2C150102 application fields include: medical sector, industrial automation, automotive electronics, and security monitoring. The medical sector uses GFL2C150102 as medical grade fever thermometers and other medical devices. Industrial automation applications use GFL2C150102 for temperature control and measurement. GFL2C150102 are also used for automatic temperature control and voltage regulation in automotive and mobile electronics. High-precision temperature and process sensors can ensure more efficient production in factory automation. In the security monitoring field, GFL2C150102 can detect the temperature change of a target accurately and respond quickly to the situation.

The working principle of GFL2C150102 is based on a closed-loop system consisting of an infrared detector and signal-processor module, a high-precision temperature-sensitive component, and a temperature conduction element. The infrared detector detects the thermal radiation emitted from the object, converts it to an electrical signal, and sends it to the signal processor. The signal processor then calculates the temperature of the object based on this information and sends it to the high-precision temperature-sensitive component, which converts the temperature to a signal corresponding to the object’s thermal radiation. Finally, the temperature conduction element transfers the electrical signal back to the object, thus controlling the temperature.

In addition, GFL2C150102 also has temperature correction function, temperature compensation function and temperature-lock mode function. Moreover, the module is highly reliable and has a wide range of temperature measuring range and high accuracy. GFL2C150102 is suitable for wide temperature measurement in various applications from -20°C to 120°C.

In summary, GFL2C150102 opto-electronic infrared temperature module combines optics and electrical technology to accurately measure the temperature of an object. It has a wide range of applications, including medical, industrial, automotive, and security monitoring. The working principle of GFL2C150102 is based on a closed-loop system consisting of an infrared detector and signal-processor module, a high-precision temperature-sensitive component, and a temperature conduction element. GFL2C150102 also has temperature correction function, temperature compensation function and temperature-lock mode function to accurately measure the temperature of an object from -20°C to 120°C.

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