KLI-2113-AAB-ED-AA

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Optical sensors are used in a wide range of applications, including industrial, automotive, medical, and military uses. The KLI-2113-AAB-ED-AA, a photodiode, is an example of a versatile and robust optical sensor. Understanding its application field and working principle can help to unlock the potential of its diverse range of uses.

What Is a Photodiode?

A photodiode is a type of semiconductor diode that converts light energy into electrical energy. Photodiodes come in a variety of shapes and can be found in many applications where light is used to activate or detect a particular response. The KLI-2113-AAB-ED-AA is a photodiode with a large active area and is designed to provide excellent sensitivity. It features a fast response time of 10 ns and a wide-angle spectral response from 400 nm to 700 nm.

Application Fields of KLI-2113-AAB-ED-AA

The most popular applications of the KLI-2113-AAB-ED-AA are in medical imaging, optical communications, and optical detection. It can be used in medical imaging and spectrometer systems to detect and measure a variety of optical signals. It is also well suited for use in optical communications systems, such as fiber-optic systems, where it can detect small amounts of light and transmit signal information. The device is also well suited for use in optical detectors, such as range finders and burglary alarms.

Working Principle of KLI-2113-AAB-ED-AA

The KLI-2113-AAB-ED-AA photodiode utilizes a photodiode junction in order to convert light into an electric current. When light is incident upon the device, electrons are liberated from the photodiode junction, thus creating a current that can be detected and amplified. The current produced is proportional to the intensity of the incident light, allowing for the measurement of very small amounts of optical signals.

The device is constructed with an integrated amplifier, which amplifies the current to a level that can be easily measured and monitored. This feature makes it ideal for use in systems where the measured value must be reliably detected and accurately read. The device also has an integrated temperature compensation circuit, allowing for the elimination of errors that might be caused by environmental temperature changes.

Conclusion

The KLI-2113-AAB-ED-AA is a versatile and robust optical sensor with a variety of applications in both medical and industrial applications. Understanding its application fields and working principle can help to unlock the potential of this versatile device. With its fast response time, wide-angle spectral response, and temperature compensation circuit, the KLI-2113-AAB-ED-AA is an ideal optical sensor for a wide range of applications.

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