59060-2-V-01-F

Magnetic Sensors - Position, Proximity, Speed (Modules)

Fifteen years ago, the 59060-2-V-01-F magnetic sensor was released by the sensor manufacturer Noritake Itron Corporation. It was the first commercially available module for sensing magnetic fields. Since then, it has become the preferred magnetic sensor for position, proximity, and speed applications.

Application Field

The 59060-2-V-01-F magnetic sensor has been used in many different applications such as robots, machines, medical devices, and automotive vehicles. It is a reliable module for a wide range of magnetic sensing applications including: industrial automation, electronic detection, and many other fields.

Working Principle

The 59060-2-V-01-F magnetic sensor works by detecting local changes in the earth’s magnetic field strength. Through an internal mechanism, the sensor uses a Hall-effect chip to measure the differences in the varying magnetic field strengths. The Hall-effect chip then converts these difference values into electrical signals which are then transmitted to the user.

These electrical signals are then interpreted by the user in order to determine the magnet\'s position. Depending on the user\'s needs, the sensor can be used to measure small changes in the Earth’s magnetic field strength over a short period of time, or to detect more significant changes over a larger area.

Benefits

The 59060-2-V-01-F magnetic sensor offers several benefits, including: high performance, durability, and reliability. The sensor is equipped with a rare earth and ceramic magnet, which is designed for durability. Additionally, the sensor offers high accuracy and high repeatability for reliable sensing. The 59060-2-V-01-F is also cost effective, and easy to install.

Conclusion

In conclusion, the 59060-2-V-01-F magnetic sensor is a reliable and cost effective module for various magnetic field sensing applications. Its high performance and repeatability make it an ideal choice for many industrial, robotic, medical, and automotive applications.