OPB992N51Z

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Optical Sensors, Photointerrupters and Slot Type Logic Outputs are essential components in all kinds of sensing applications. OPB992N51Z is a highly sensitive and reliable optical sensor that provides a precise logic output for Photointerrupters and Slot Type Logic Outputs. This article will provide a detailed description of the application field and working principle of OPB992N51Z.

The OPB992N51Z is a single slot type logic output optical sensor designed for sensitive applications. It features a large active sensing area, a fast response time and a high-accuracy light detector. The sensor is able to detect any light between 0.5μm and 800μm in a single slot, providing a precise logic output. The OPB992N51Z is also equipped with an adjustable sensitivity to suit applications requiring different threshold levels.

The application field of OPB992N51Z is mainly for security and surveillance systems, optical switches, circuit board testing, and other light-dependent applications. It is particularly useful in applications where a switch is required to differentiate between different light intensities, such as a traffic light system, or in applications where an object has to be detected when it passes between the sensor and the light source, such as in robotic arms or automated door openers. The OPB992N51Z is also useful in environmental sensors, where it can be used to detect changes in the light intensity in a given area.

The working principle of OPB992N51Z is based on a light modulation system. The sensor uses a single slot and a phototransistor to detect light. When light falls on the photo transistor, the transistor produces an output current proportional to the light intensity. This output current is then used to drive a logic circuit, which in turn produces a voltage level that indicates the light intensity in the detecting area. This output voltage is used to control a switch, or it can be used as an input signal for any logic circuit.

The OPB992N51Z is designed to be used in a wide range of applications. It is a low power, high-precision optical sensor, designed to work in the visible, infrared and ultraviolet spectrums. The sensor is capable of detecting light at levels as low as 0.1 lux, and is able to work in temperature ranges from -20°C to +85°C. It is also equipped with an adjustable sensitivity, allowing the user to adjust the threshold level for each application. The OPB992N51Z is a robust and reliable optical sensor, designed for long life and low maintenance.

In conclusion, the OPB992N51Z is a high-precision optical sensor, designed for a wide range of sensing applications. With its large sensing area, fast response time, adjustable sensitivity and robust construction, it is a highly reliable and reliable solution for Photointerrupters and Slot Type Logic Outputs. The application field and working principle of OPB992N51Z have been discussed in this article, and this sensor can be easily integrated into different circuits and systems for sensing and controlling light intensity.

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