OPB704WZ

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Optical sensors are devices used to sense and measure visible and invisible light, often used in optical scanning or imaging. They can be used in a variety of applications, from industrial and scientific applications to consumer electronics. The OPB704WZ is an analog output reflective optical sensor that is used to detect an object or surface in a variety of applications.

The OPB704WZ utilizes an emitter and detector in its design. The emitter is composed of an infrared LED that emits an invisible beam of light in a single direction. This beam of light is directed towards the target surface and bounced back to the detector. The detector is composed of a phototransistor, which converts the light signal into an electrical signal as the beam reflects off the target surface. The stronger the reflection, the higher the output of the phototransistor, and the higher the voltage of the electrical signal.

The OPB704WZ has several features that make it ideal for various applications. It comes with a variety of different lens sizes, allowing for a wide range of detection distances. Additionally, the sensor has a wide range of sensing angles, allowing it to cover large areas with a single sensor. The sensor is also designed to be resistant to vibration and other environmental factors. The OPB704WZ is highly accurate and reliable, making it ideal for applications that require precise readings.

The OPB704WZ is commonly used in industrial systems, where it can be used as a proximity sensor, or for object detection and measurement. It is also widely used in robotics and automation technology for obstacle avoidance and navigation. Additionally, the OPB704WZ can be used in medical scanner systems, where it is used to detect objects during imaging procedures.

The OPB704WZ is a versatile and reliable reflective optical sensor that is used in a wide range of applications. The built-in emitter and detector design make it highly accurate and easy to configure. It is resistant to vibration, dust, and other environmental conditions, making it ideal for use in industrial systems, robotics, and medical imaging.

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