ZEPIR0BAS02MODG

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ZEPIR0BAS02MODG is an optical motion sensor made by Zillman. It is classified as a motion sensor because it uses an optical detector to detect motion of an object within its field of view. The optical detector is a high speed MEMS imaging chip, which produces a signal to indicate motion.

The ZEPIR0BAS02MODG is designed to detect motion of objects up to 1 meter away and in the visible light spectrum. It has a wide range of field of view of up to 110 degrees and can accurately detect motion of objects within its field of view. It also has a high speed response time of up to 150 ns, which means it can detect small and fast motions quickly.

The ZEPIR0BAS02MODG can be used in a variety of applications such as robotic navigation, virtual reality, motion tracking, and facial recognition. It can be used as a sensing solution for automated systems and for monitoring hazardous areas. In addition, it can be used in surveillance applications to detect motion of people or objects.

The working principle of the ZEPIR0BAS02MODG is based on the optical detection of motions in a given field of view. The motion is detected by a MEMS imaging chip that converts the motion detected to a digital signal. This digital signal is then sent to the processor for further analysis. The processor can then decide how to act upon the signals depending on the application to which it is used.

The ZEPIR0BAS02MODG is a highly efficient and reliable motion sensor, which makes it ideal for use in a wide variety of applications. Its wide field of view and high speed response makes it suitable for detecting motion in a timely manner and it can even be used to detect fast moving objects in the dark. Its reliable operation and compact size also make it a suitable choice for use in a wide range of applications.

In summary, the ZEPIR0BAS02MODG is an optical motion sensor designed to detect motion of objects up to 1 meter away and in the visible light spectrum. The wide field of view and high speed response makes it suitable for use in a wide variety of applications such as robotic navigation, virtual reality, motion tracking, and facial recognition. It can be used as a sensing solution for automated systems and for monitoring hazardous areas. Its reliable operation and compact size make it a suitable choice for use in a wide range of applications.

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