AS5147-HTSM

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AS5147-HTSM is an Incremental Rotary Encoder commonly used in a variety of industries. It is an absolute encoder, meaning it has a zero point, which needs to be re-set in order for it to accurately track the motion of a rotating shaft or component.

An encoder works by transforming mechanical motion into electrical signals, which can be used by a variety of different controllers. The AS5147-HTSM uses what is called a “Hall Effect” sensor to detect the motion of its rotating shaft. The Hall Effect is a simple physical phenomenon in which an electric current is produced when a magnetic field is applied to a conductor.

The AS5147-HTSM uses this principle by using printed circuit board tracks with magnets embedded in them. As the rotating shaft turns, the magnets move, and the electric current generated in the PCB tracks is converted into an electrical signal. This signal can then be read and interpreted by a controller, which can be used to control various aspects of the application, such as rotation speed, direction and position.

What makes the AS5147-HTSM special is its durability, accuracy and high resistance to shocks and vibrations. It has a continuous resolution of up to 14bit (16384 counts per revolution) and a response frequency of up to 5kHz – making it suitable for even the most demanding of applications. With its small size and low power consumption, it is an attractive choice for many applications where space may be limited.

The AS5147-HTSM is a popular choice for applications such as motorsport, industrial automation, robotics and aerospace. It is regularly used in conjunction with devices and systems that need to measure rotation speed, angle and direction. It can also be used to measure displacement, linear velocity and acceleration.

In summary, the AS5147-HTSM Incremental Rotary Encoder is a highly accurate and durable encoder that works by using the Hall Effect to detect the rotational motion of its rotating shaft. With its wide range of applications, from motorsport to aerospace, it is an attractive choice for many industries and can be used in conjunction with controllers and systems that need to measure and control rotation speed, angle and direction.

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