FSA2

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Magnetic sensors have long been utilized to detect and analyze changes in a magnetic field. These changes can be detected in different ways, such as through position, proximity, speed (modules), and more. One specific type of magnetic sensor is the Fluxgate Sensor Array 2 (FSA2).

FSA2 systems are mainly used for position sensing in industrial and commercial machinery, and also to help monitor shaft speeds, rotor position, and linear displacement. Its primary purpose is to determine the position and motion of various machines and parts in order to regulate their operations. It can also be used to detect breaks in magnetic poles, monitor weather conditions, and collect data for research.

The FSA2 is based on Fluxgate, a principle of primary-side inductance modulation. Fluxgate systems rely on the interaction of activated detector elements and a primary excitation coil. The detector elements are designed to detect changes that occur in a magnetic field due to the movement of permanent magnets. When the magnets move, the detector elements generate an electric signal that is detected by the motherboard.

The FSA2 uses a unique ratiometric circuit matrix that combines the signal outputs of the detector elements into one single output signal. This single output signal is then processed by the embedded software to determine the position or speed of the magnets. The FSA2 ratiometric circuit matrix significantly reduces the detection noise, improving accuracy and reliability of the position and speed data.

FSA2 systems also feature improved signal sensitivity and EMI immunity. The fluxgate sensors are designed to resist ESD (electrostatic discharge), as well as other electrical noise. In addition, the FSA2 systems are designed to provide precise, real-time position information. This helps ensure position accuracy in critical applications such as the control of industrial machinery, robotics, and offshore rigs.

The FSA2 systems also features a wide range of programming options that makes adapting it to different applications easy. With its low power consumption and wide range of features, the FSA2 can be easily implemented in various machinery applications. By connecting the FSA2 to a computer, users can access and configure the settings for the system as well as capture and analyze data.

The high performance, reliability, and versatility of the FSA2 makes it an attractive option for many operators in the automotive, marine, medical, industrial, and commercial sectors. The ability to easily monitor and trace the position and speed of a variety of machines and parts with an FSA2 system allows for greater accuracy and safety, as well as improved performance and efficiency of operations.

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