MLX75305KXD-AAA-000-SP

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MLX75305KXD-AAA-000-SP is a type of optical sensor which falls under the category of ambient light, IR and UV sensors. It is an ambient light digital sensor, equipped with I2C digital interface in a miniature package.

The MLX75305KXD-AAA-000-SP application field includes mobile phones, computer Monitors, LCD TVs and notebook computers. It helps in automatically adjust the display brightness according to ambient light. It is designed to be used in a wide range of applications in different light conditions.

The MLX75305KXD-AAA-000-SP working principle is based on the ratio between the two channels, photo diode A and photo diode B. The light incident on each diode is digitized to a dynamic 12bit range and the measurement is performed on this digitized data using an advanced algorithms. This algorithm is programmed in order to optimize the accuracy and the start-up time of the light intensity measurements. The output is an analog voltage which is proportional to the light incident on photo diode A and B. The output voltage is programmed with an LED driver and a dimming register which can be set up by the user in order to optimize the output.

The design of the MLX75305KXD-AAA-000-SP also features the Triazone technology, which identifies the ambient light and UV radiation. The Triazone Technology measures the angle of incidence and the spectral response of the photo diode array, providing a precise evaluation of the UV and light intensity. This provides the user a better understanding of the environmental light condition.

In conclusion, the MLX75305KXD-AAA-000-SP is a versatile optical sensor which falls under the category of ambient light, IR and UV sensors. It is designed to be used in a wide range of applications in different light conditions and is equipped with I2C digital interface in a miniature package. It has features such as Triazone Technology which identifies the ambient light and UV radiation as well as an advanced algorithm which optimizes accuracy and start-up time of the light intensity measurements.

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