OPB992N11Z

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OPB992N11Z belongs to the optical sensors - photointerrupters category of devices, in particular slot type with logic output as the working principle. It is designed to detect the presence or absence of a target object in a predetermined area by means of the physical principles of optical principle or intermittent light beam technology. When the target enters the area, a light signal is sent which is then received and processed by the OPB992N11Z to generate a digital output signal.

Optical sensors are useful for many different applications, ranging from automation and process control to sample analysis. The OPB992N11Z is suitable for object detection and size sensing of components such as belts, wires, tapes or paper. It can be used to count number of parts or to monitor their dimensions.

The OPB992N11Z is designed with a high signal-to-noise ratio, enabling it to be used in noisy environments. The output is a TTL compatible logic output, which can drive digital logic and other similar systems. The device can be interfaced with a wide range of circuits and controllers, providing flexibility when developing systems.

At the heart of the OPB992N11Z is an infrared LED and a phototransistor. The LED is triggered to send a beam of light when the target is detected. The light then passes through an aperture in the device before intercepting the phototransistor. The phototransistor registers the decrease in intensity in the light beam and the output is triggered.

The OPB992N11Z has a wide field of view allowing for a long working distance between the object and the device. This distance can be adjusted by means of a focus adjustment feature using either a screwdriver or its onboard slotted screw. The device also works with a wide range of voltages, including 3V, 10V and up to 30V.

The OPB992N11Z has applications in many industrial fields such as printing systems, packaging systems, paper handling, factory automation, robotics and gaming systems. It has been designed with a high degree of flexibility, allowing it to be easily integrated in a number of different applications. The device’s small form factor allows for installation in tight or limited spaces, while its inbuilt circuitry gives it a high level of reliability.

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