A1333LLETR-T

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Position sensing is the ability of a device to give a precise measure of the position of one object relative to another. Position sensors are crucial components in any system that need to measure or control the motion of parts. A1333LLETR-T, an innovative position sensor developed by GDS, is widely used in industrial motion control applications to measure the angular or linear displacement.

A1333LLETR-T Application Field

A1333LLETR-T is an optoelectronic device specifically designed for angular and linear position measurement applications in industrial manufacturing, automotive assembly and testing, robotic manipulation and aerospace programs. It allows hands-free operation and accurate, repeatable measurements. A1333LLETR-T can measure angular displacement with an accuracy of 0.0001 degrees and linear displacement with an accuracy of 0.0001 inches. The device is also immune to shock, vibration, and temperature change, ensuring an extended response time and a reliable measurement result.

A1333LLETR-T Working Principle

A1333LLETR-T adopts optical signal transmission technology to detect and measure the angular or linear displacement. It uses a pair of optoelectronic devices as the sensing elements, and optical signals are transmitted between the emitter and the receiver pair to measure the displacement. The device also uses digital signal processing algorithm to convert the optical signal into digital information and analyze it.

The sensing element used in A1333LLETR-T contains two LED light sources and a CCD. The light emitted from the LED light sources travels through a mirror and reflects off of the object and back through the mirror. The reflected light is then detected by the CCD and is converted into an electrical signal. The signal is then processed by a DSP algorithm to generate a displacement result.

A1333LLETR-T also employs a special type of optical lens that increases the resolution of the measurement to 0.0001 inch or 0.0001 degree. This lens makes the optical signal more susceptible to sensor alignment. If the device is not properly aligned, the lens can collect noise and reduce the measurement accuracy of the system.

A1333LLETR-T is highly reliable and easy to use, offering advantages such as long lifetime, high accuracy, wide dynamic range and temperature stability. It has also proven to be very effective in measuring angular or linear displacement in motion control applications.

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