ICB18LF05PCM1

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Proximity sensors are commonly used in industrial applications for non-contact detection of surrounding objects or environments. They are characterized by high accuracy, fast response speed and reliable performance. In this article, we will discuss the application field and working principle of ICB18LF05PCM1, a type of proximity sensor.

The ICB18LF05PCM1 is a high-precision proximity sensor ideal for use in medium range proximity detection and sensing applications. It adopts a linear polarized infrared (LPI) emitter and a charge-coupled device (CCD) detector to accurately detect the presence of objects or detect the abundance of material near the sensing surface. This proximity sensor can be used to detect indications of obstruction, objects, liquids or human presences. Its ability to detect the surrounding environment is ideal for various industrial applications, such as presence detection, position detection, entry/exit control systems, door/window monitoring systems, object tracking, machine condition monitoring or personnel management.

The working principle of the ICB18LF05PCM1 utilizes the LPI emitter and CCD detector to operate. The LPI emitter projects infrared light outwards from the emitter lens, which is modulated in a certain frequency pattern. The expected objects in the detection range can reflect infrared light waves back and be picked up by the CCD detector. The CCD detector then identifies the reflected light waves and transmits the signal to the proximity sensor, where it is converted into a logic response or a voltage signal. Thanks to the integrated JFET amplifier, the ICB18LF05PCM1 delivers high-impedance/voltage output that ranges from 0.5V to 4.5V.

In conclusion, the ICB18LF05PCM1 proximity sensor is designed for medium range proximity detection and sensing applications and can be utilized in varied surrounding detection and indicating systems. It uses a linear polarized infrared emitter and a charge-coupled detector to detect the presence of objects or detect the abundance of material and delivers a high-impedance/voltage output.

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