OPB701ALZ

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The OPB701ALZ is an optical reflective sensor designed to detect objects at a distance. It is a type of analog output optical sensor and is often used in applications that involve sensing and detection of objects such as in industrial automation, robotics, and medical systems.

The OPB701ALZ is made up of a sending and receiving light coupled with a receiver and a photo-diode. This sensor emits a light signal in the form of infrared radiation which is reflected back from any objects in its path. The reflected signal is then detected by the photodiode, and the information is converted into a 0V to 10V analog output voltage. This output voltage can then be used to perform the required measurements and detect the position and presence of any object that is placed in the sensor\'s path.

The OPB701ALZ is designed to be robust and can work in a range of environmental conditions. It has a detection range of up to 30m and a resolution of 0.1mm. This sensor is also temperature resistant and can be used in temperatures ranging from -20°C to 80°C. The main advantage of this sensor is that it has low noise and is able to provide linear output for a variety of applications.

The OPB701ALZ is used in a variety of applications, ranging from industrial automation to robotic sensing and medical systems. It is often used in industrial automation to check the presence of objects during assembly line operations. In robotic sensing, the sensor can be used to detect objects in a controlled environment and trigger an action accordingly. In medical systems, the sensor is used to detect the presence of medical objects, such as needles, instruments, and other objects that may need positioning in a medical procedure.

In conclusion, the OPB701ALZ optical reflective sensor is an analog output optical sensor that is used in applications that involve sensing and detection of objects. It is designed to be robust and can work in a range of environmental conditions. It is used in industrial automation, robotic sensing, and medical systems for a variety of applications.

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