55140-3H-03-E

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Magnetic Sensors - Position, Proximity, Speed (Modules)

Introduction to 55140-3H-03-E

The 55140-3H-03-E is a multi-axis magnetic sensor that detects the position of a permanent magnet relative to its base station. This model utilizes the Analog Hall-effect technology, which allows readings from different angles depending on the magnet\'s location. This type of sensor can detect changes in magnetic field strength and direction, making it an ideal component for features such as magnetometer-based orientation detection. This device is typically used in applications that require accurate measurements of angular velocity or linear position.

Applications

The 55140-3H-03-E is typically used in applications that require accurate measurements of angular velocity or linear position. Examples of these applications include gyroscopes, linear motors, and robot navigation systems. This model can also be used to measure rotational velocity, absolute position, location tracking, and orientation. This device is also configured with a high sensitivity and wide operating temperature range, making it suitable for use in harsh environments.

Design and Features

The 55140-3H-03-E utilizes an analog Hall-effect technology in order to detect the magnetic field strength of a permanent magnet within its sensing range. This type of design enables it to accurately measure small changes in the direction and intensity of the magnetic field without the need for any additional circuitry. The device is designed with an on-chip voltage regulator and temperature compensator, allowing it to maintain high accuracy measurements even in environments that include significant fluctuations in temperature. In addition, the device is also configured with a wide operating range, ranging from -40°C to +90°C.

Working Principle

The working principle of the 55140-3H-03-E is based on the use of Analog Hall-effect technology. This type of technology allows the device to detect small changes in the direction and intensity of external magnetic fields without the need for any additional circuitry. When a magnetic field is sensed, it induces a current in the device, which in turn, causes a voltage output. By monitoring this voltage output, the device can accurately measure changes in the magnetic field strength and direction.

Conclusion

In conclusion, the 55140-3H-03-E is a multi-axis magnetic sensor that utilizes the Analog Hall-effect technology to accurately measure the position of a permanent magnet relative to its base station. This device is typically used in applications that require accurate measurements of angular velocity or linear position and is configured with a wide operating range and high sensitivity. Finally, the working principle of this sensor is based on the use of Analog Hall-effect technology, which allows it to detect small changes in the direction and intensity of external magnetic fields.

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