OPB970N11

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Optical sensors are instruments used to detect and measure the presence of light and other kinds of radiation. Photointerrupters are a type of optical sensor that consist of an optical source, a detector, and an interruptor. Slot type photointerrupters use a reflective source and a detector to measure the presence of an object by detecting shadows. The OPB970N11 is a slot type photointerrupter with a logic output.

The OPB970N11 is an optinterrupter designed to detect the presence of a target. It features a double reflective source and detector element that is sensitive to the presence of a target. The device has two adjustable output options, either a 0V or an open collector output. It can be used in applications such as motion control, industrial automation, and collision recognition.

The OPB970N11 works by using the double reflective source and detector element to detect the presence of a target. The target is detected when the shadow of the target interrupts the light between the two elements. When the light is interrupted, the OPB970N11 will output a logic signal of 0V or open collector output, depending on the adjustable output setting would have selected. This output signal is then used to control other components in the system.

The OPB970N11 is an ideal solution for applications requiring a reliable and accurate detection of a target. It is particularly well-suited for applications where a small dynamic range is sufficient. The OPB970N11 requires little power, making it suitable for use in battery-powered systems. It is also resistant to interference from other light sources, such as fluorescent lamps.

The OPB970N11 is a reliable and cost-effective optinterrupter that can be used in many different applications. It is widely used in motion sensing, industrial automation, and collision recognition applications. The device has adjustable output options, meaning it can be used to control other components in the system. Its compact size and low-power requirements makes it an ideal choice for battery-powered systems as well as for situations where interference from other light sources can be an issue.

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