OPB350C125Z

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Optical sensors play a critical role in a vast number of industrial applications, from motion sensing and sensing of flow, to signals for industrial automation, navigation and machine vision. Photointerrupters are the specific type of optical sensors that make use of the interruption of a light beam for the purpose of tracking motion or detecting a presence. To that end, they employ two components: a light source and a photosensitive device. The particular model of photointerrupter featured in this article, the OPB350C125Z, is a slot type photointerrupter with transistor output.The primary application field of the OPB350C125Z is the automation of production lines, where it is used for the detection of objects moving down conveyor belts. The particular advantage of this device is its performance as an extremely low-cost, compact, and reliable optical sensor.The working principle of the OPB350C125Z is relatively straightforward. The device consists of two parts: the light source (IR emitter) and the photo transistor. The infrared emitter is an LED that emits light of the correct frequency to be detected by the photo transistor. This light then passes through an interruption, and it is this interruption which is detected by the photo transistor. The photo transistor then sends an output signal, allowing it to be used in a variety of applications.The OPB350C125Z is highly reliable and suitable for use in hostile environments, withstanding temperatures from -40°C to +85°C, vibration up to 5G, and EMI/RFI shielding. It is designed to be very low-power consuming and is easy to install and use. Additionally, it is designed in a variety of configurations, including surface-mount to reduce the need for mechanical mounting and hold-down screws.The OPB350C125Z is a slot type photointerrupter with transistor output, and is used in numerous industrial automation applications to detect the presence of an object or motion. Its simple construction and low-cost make it an ideal solution for many industrial applications. Its robust design allows it to operate in harsh environments, and its low-power consumption make it a great choice for low-cost, low-power solutions. Additionally, it is versatile, with its various configurations allowing it to be used in a number of different applications.

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