HOA0963-N51

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Optical Sensors provide accurate and reliable detection of objects and are used in applications like industrial automation, process control, machine vision, and security systems. The HOA0963-N51 is a Slot-type Photointerrupter with Logic Output.

The basis of operation of an optical sensor is the detection of a break in the power circuit which is caused by an object crossing through the path of light. This device concentrates light from an LED into a beam and an object in the path of that beam interrupts the beam, thereby changing the current flow in the circuit.

The HOA0963-N51 uses a transmissive slot optical sensor to detect changes in the power circuit. The photo-interrupter is split into two parts, an emitter and a detector. The light passes from the emitter to the detector. This device incorporates current output in order to detect objects in the light path by use of a magnetic flux-gate technology which reduces false detection and is insensitive to electrical interface noise. The device differentiate between dark and light, enabling digital or analog signals for further processing. Its logic output ensures accurate operation and stability.

The HOA0963-N51 has a transmissive slot of 0.2mm, quick response time, wide operating temperature range, and a high operating temperature of 105°C. It is available in a variety of packages and comes with a wide range of input voltages.

The device is suitable for various industrial applications where fast and reliable object detection is needed. It is also suitable for automation, process control motion detection, and counting applications. It is ideal for high speed, precision, and reliable counting and detection.

The HOA0963-N51 is a versatile, robust, and reliable Slot-type Photointerrupter with Logic Output. Its transmissive slot technology and magnetic flux-gate design make it highly optimized for long range, accurate detection of objects. It has proven to be stable and durable even in harsh industrial conditions. The device makes it easy to build industrial systems with reliable sensing capabilities.

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