59140-1-U-01-F

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Magnetic sensors are components or systems used to measure magnetic fields, or to detect magnetized objects. They are typically used in applications like position, proximity, and speed measurement. 59140-1-U-01-F is one such magnetic sensor and is used for all kinds of measurements and applications.

Application Field and Working Principle of 59140-1-U-01-F

The 59140-1-U-01-F is a type of magnetic sensor that is designed for precise measurement of a differential magnetic field. It consists of two Hall effect integrated circuit (IC) chips that are connected in an active bridge configuration. This sensor can measure a wide range of DC and AC magnetic fields, with a response time of 3 microseconds and an accuracy of 10 nanoamperes. It is suitable for use in various applications, such as z-axis position sensing, zero-speed sensing, bearing inspection, electrical motor speed control, and magnetic field diagnostics.

The 59140-1-U-01-F sensor uses the Hall effect principle. This phenomenon describes the induction of a voltage in a conductor that is placed in a perpendicular magnetic field. The 59140-1-U-01-F is designed in a differential bridge configuration which allows it to measure very small changes in the magnetic field. The two Hall effect ICs are connected in a Wheatstone bridge configuration. This bridge is designed such that the output can be used to measure the differential change in the magnetic field. The sensor is designed to measure the magnetic field in the range of -1V to +1V, with an output accuracy of ±1mV.

The 59140-1-U-01-F magnetic sensor is used in various applications, such as position sensing, zero-speed sensing, bearing inspection, electrical motor speed control, and magnetic field diagnostics. It is suitable for high-precision magnetic field measurements, due to its accuracy of 10nA and its fast response time of 3uS. The Wheatstone bridge configuration allows the sensor to measure very small changes in the magnetic field. The sensor is a key component for various industrial, automotive, and aerospace applications.The specific data is subject to PDF, and the above content is for reference