EKMA1302120

EKMA1302120 Application Field and Working Principle

EKMA1302120 is an optical motion sensor that is used in a wide range of applications. It works on photo-electric effect – a phenomenon that is based on emission of electrons from certain substances when they are illuminated with visible or ultraviolet light. It is based on the principles of spatial and temporal resolution, and operates by sensing the motion of a target within the range of the sensor.

This sensor is suitable for applications requiring a very high dynamic range, and a wide range of sensing parameters – it is able to sense a target with various speeds, directions, and distances. It is also able to detect a target\'s motion even when they are hidden or partially obstructed by other objects, making it an ideal choice for use in surveillance, autonomous robots, and motion tracking applications.

The working principle of EKMA1302120 is based on the light beam reflex principle. When the target is detected, the transmission LED in the sensor is activated and it projects a light beam towards the target. The sensor then waits for a response from the receiving diode – if no response is received after a set time, the sensor will then reset itself and wait for another target detection. If the target is detected again, the image of the target is stored in a memory buffer. This process is repeated until the target is no longer detected. It also allows the sensor to track the movement of multiple targets.

The EKMA1302120 is capable of operating within a wide range of temperatures and environmental conditions – including exterior and submerged external environments. It also provides exceptional levels of accuracy and resolution, due to its ability to accurately detect even small movements of the target. It can also detect objects that are moving at different speeds and/or directions.

The EKMA1302120 is a reliable and efficient optical motion sensor. Its versatile and accurate nature makes it ideal for many different applications, including surveillance, industrial automation, medical and scientific research, and a variety of other applications. It is also able to detect even the slightest movements, making it a powerful tool for the study and detection of motion.