Texas Instruments HEADON-MAG-ACC Magnetic Sensing Attachment

Introduction

The Texas Instruments HEADON-MAG-ACC Magnetic Sensing Attachment is a specialized component designed to enhance the functionality of sensor evaluation boards. With its innovative design and robust materials, this attachment provides accurate magnetic sensing capabilities, making it an essential tool for various applications.

Part Description

The HEADON-MAG-ACC features a unique design consisting of a screw with an embedded N52-grade cylindrical magnet and a base. The screw, which has a 3mm pitch and a length of 12.7mm, is engineered to interact with a Hall position sensor to measure magnetic flux density. The nylon material used in the construction of the attachment ensures that there is no interference with the magnetic field, allowing for precise measurements. The attachment allows for manual or screwdriver rotation, enabling users to adjust the distance between the magnet and the Hall sensor, thus altering the sensed magnetic flux density.

Applications

• Magnetic field measurement
• Proximity sensing
• Position detection
• Robotics and automation
• Industrial equipment monitoring

Industries

• Automotive
• Consumer electronics
• Robotics
• Industrial automation
• Aerospace

Usage Ideas

1. Proximity Sensor for Robotics: Integrate the HEADON-MAG-ACC with a robotic arm to detect the position of objects and enhance its ability to interact with its environment.
2. Magnetic Field Measurement Device: Use the attachment in a laboratory setting to create a device that measures and visualizes magnetic fields for educational purposes.
3. Automated Position Control System: Implement the HEADON-MAG-ACC in an automated system to control the position of machinery based on magnetic sensing, improving efficiency in manufacturing processes.

Conclusion

The Texas Instruments HEADON-MAG-ACC Magnetic Sensing Attachment is a versatile and essential component for anyone working with magnetic sensing applications. Its innovative design, combined with its compatibility with various evaluation boards, makes it a valuable tool across multiple industries. Whether for educational purposes, industrial automation, or robotics, this attachment provides reliable performance and accuracy in measuring magnetic flux density.