E2V-X10C2 2M

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Proximity sensors are sensing devices that detect and measure objects without contact. E2V-X10C2 2M is a 2mm proximity sensor used to detect objects in a short range. This sensor is commonly used for contactless sensing, especially in cosmetic, medical and automotive industries.

E2V-X10C2 2M utilizes infrared sensors to measure objects from a distance. The sensor emits infrared beams in a 2mm range from the sensor\'s surface and detects reflected light. The level of the reflected optical signal is also detected by the sensor in order to measure the object. This enables objects to be detected even with minimal reflection.

The E2V-X10C2 2M is made of a lens that emit the infrared signal, a signal receptor, a signal receiver, and a signal converter. The lens directs the infrared beams towards the target object within a 2mm range. The signal receptor then receives the reflected light from the object and the signal receiver detects the level of the reflected light. Lastly, the signal converter changes the detected light level into an electrical signal which can be further processed.

The application fields of the E2V-X10C2 2M proximity sensor range from medical, automotive and cosmetic industries. In medical applications, it is used to accurately measure object heights and distances, enabling the detection and diagnosis of illnesses. This sensor is also ideal for use as a presence and proximity detector in industrial robotics, which increases efficiency. In automotive and cosmetic applications, it can be used for automotive detection, material sorting, facial recognition, and skin detection.

Aside from measuring objects without contact, the E2V-X10C2 2M has a wide range of working principles. This includes signal modulation, frequency modulation, and pulse-width modulation. In signal modulation, an electrical signal is generated from a light source and sent to a target object in the form of radio waves. Upon reception, the reflected signal is accurately measured by detecting the signal’s phase, frequency, and amplitude. For frequency modulation, the frequency of the incoming signal is changed and sent out as an alterate signal. Lastly, pulse-width modulation involves changing the time of a certain time interval and measuring the width of the pulse.

The E2V-X10C2 2M proximity sensor is a valuable tool for contactless sensing and detection. Its wide range of applications and operating principles make it useful in various industries. The sensor is capable of detecting objects within a 2mm range, enabling accurate measurements while minimizing contact with target objects.

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