AAH002-02E

Magnetic sensors are ubiquitous in todays\' society, from automotive to biometric security and many more. This technology has enabled us to get data from sources in areas which would otherwise be difficult or impossible to access. AAH002-02E are a type of magnetic field sensors, which are used to measure linear, compass (ICs) distances between two objects. The main application fields of these sensors include automotive, robotics, medical, navigation, consumer electronics, and various other industrial uses.

AAH002-02E works by detecting changes in the external magnetic field. They are able to sense many types of magnetic fields, and the type of sensor is closely related to the type of magnetic fields being sensed. The sensors contain either Hall effect sensors or fluxgate magnetometers, depending on the requirements of the application.

Hall effect sensors use a concept called the Hall effect, which states that when a conducting material is placed into a magnetic field, a voltage is generated. These sensors can be used for measuring both linear and angular distances, as well as to detect changes in an electric or magnetic field. Fluxgate magnetometers use a closed loop current carrying coil to measure the strength of a magnetic field. They are similar to Hall effect sensors in that they measure linear distances, although they have additional features such as being able to sense changes in electric and magnetic fields.

The working principle of AAH002-02E magnetic field sensors is fairly simple. The sensors detect changes in the external magnetic field and use their sensing capabilities to measure different parameters, such as linear distance, angular distance, and electric/magnetic field intensity. Depending on the type of sensor, they can work at different ranges and with different accuracy. When the sensor is exposed to a changing magnetic field, it will send an electrical signal to the attached microcontroller, which can then be processed and used to calculate the desired parameters.

In conclusion, AAH002-02E magnetic field sensors are a powerful tool for measuring linear, compass (ICs) distances between two objects. This type of sensing technology has revolutionized the way we can sense different parameters, enabling us to obtain data from inaccessible areas. They are highly accurate and capable of sensing parameters at different ranges. The working principles of these sensors are fairly straightforward, involving the sensing of changes in the external magnetic field.