OPB365P11

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Optical Sensors are devices that detect changes in optical signals when working in the presence of light. One type of optical sensor, Photointerrupters, have a slot type design and utilize a transistor output to detect changes in light intensity.OPB365P11 is one such photointerrupter, with a working principle that relies on the interruption of light rays passing through an opening gap in a body. The PS11 contains two components: an infrared emitter and an infrared detector. The infrared emitter directs beams of infrared radiation which the infrared detector detects. When an object passes between the emitter and the detector, the infrared radiation is either blocked or partially blocked. This interruption of the beams causes a change in the output of the sensor.The OPB365P11 has a number of features that make it a versatile solution for light sensing applications. It features a low-profile body, making it ideal for confined spaces. It also requires very low power consumption, making it cost-effective in battery applications as well. Additionally, it is made of durable materials that are flame-resistant, helping ensure a high level of safety in its applications.The OPB365P11 is an ideal choice for applications such as photomask control systems, miniaturized dark/light sensing systems, and for use in transportation equipment. When implementing this device in an application, users need to take into account the fact that the gap between the infrared emitter and the detector must be no more than 0.2 mm. Additionally, the size of the gap should be kept within a range specified by its operating manual.When properly applied, the OPB365P11 offers high precision in the detection of light signals as it can detect very small changes in the light intensity. It also provides high accuracy and repeatability with a response time of 2 to 4 milliseconds.In conclusion, the OPB365P11 is a slot type photointerrupter with a transistor output. It is designed to detect very small changes in light intensity while requiring very low power consumption. It is suitable for a wide range of applications such as photomask control systems, miniaturized dark/light sensing systems, and in transportation equipment. Additionally, it offers high precision, accuracy, repeatability, and a fast response time.

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