OPB705W

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Optical sensors have long been used to accurately measure distances, angles, and sizes of objects. OPB705W is a reflective analog output optical sensor specifically designed for these applications.

The advanced properties of OPB705W make it suitable for use in a range of industries, including industrial manufacturing and medical device design. The OPB705W is an infrared LED-based optical sensor with a built-in multilayer lens that ensures maximum performance and accuracy. Its relative simplicity gives it an edge in terms of cost and the broad signal power range makes it suitable for a wide array of sensing applications.

The sensor consists of an infrared LED-based light source and a phototransistor to detect the reflected light. The light beam emitted from the OPB705W is specific to the wavelength of the LED used. When the light from the LED strikes an object of interest, the reflected light is detected by the phototransistor. The power of the reflected light is then processed in the sensor’s circuitry and converted to a voltage signal.

The OPB705W uses an analog output to communicate with the external world. The range of the output voltage signal is adjustable, providing a flexibility that allows the user to adapt the signal to their specific application. The signal can be adjusted from 0 to 20mA, depending on the sensor type and the design of the circuitry.

The OPB705W is an ideal choice for applications where accuracy, reliability and cost-effectiveness are required. Its versatile analog output allows it to be used in a vast array of sensing applications, from industrial manufacturing to medical device design. Its high performance and accuracy makes it well suited for use in a wide range of fields.

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