GA1T100F502UA-A

Series:	*
Part Status:	Not For New Designs

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Introduction

The GA1T100F502UA-A is a popular positional sensor, capable of measuring the angle and linear position of objects in a wide variety of applications. It provides high accuracy measurements in a compact package and enables manufacturers to determine the precise positioning of moving parts. This article will discuss the application field and the working principle of the sensor.

Application Field

The GA1T100F502UA-A is widely used in industrial machinery, automation applications, and robotics. In industrial applications, the sensor can help operators accurately measure the angle of rotary or linear movements and provide feedback to the system for controlling the exact location and motion of the parts. In automation applications, the sensor can be used to detect the precise position of automated components and enable precise operation of machinery. In robotics, the sensor has proven to be invaluable for controlling the positioning of robotic arms and legs and providing feedback to the control system for smooth and accurate movements.

Working Principle

The GA1T100F502UA-A utilizes a combination of MEMS technology, supersonic technology, and advanced algorithms to accurately measure the angle and linear position of objects. The device is composed of a MEMS transducer and two supersonic emitters. The MEMS transducer is used to detect the movement of the object and determine its angular location while the supersonic emitters measure the linear position of the object. The supersonic emitters measure the linear position by emitting a sound wave and using Doppler effect to calculate the rate of change in object\'s position. The MEMS transducer is composed of an accelerometer, a gyroscope, and a magnetometer, each of which measure the movement of the object from different directions, producing a three-dimensional positioning result. The sensor then combines the data from the transducer and the supersonic emitters to calculate the angle and linear position of the object in a given application.

Conclusion

The GA1T100F502UA-A is a precision positional sensor designed for a variety of applications. It offers high accuracy measurements of both angle and linear position and can accurately measure and provide feedback for various industrial, automation, and robotics applications. By combining the data from the MEMS transducer and the supersonic emitters, the sensor is able to accurately determine the precise positioning of components and enable operators to control the precise motion of parts.

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