59135-1-T-02-A

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Magnetic Sensors - Position, Proximity, and Speed (Modules): 59135-1-T-02-A Application Field and Working Principle

The 59135-1-T-02-A magnetic sensors are designed for the accurate detection and measurement of position, proximity, and speed. They are pre-calibrated units with a wide range of input voltages, making them suitable for use in a variety of applications. The 59135-1-T-02-A is the flagship model of this family of sensors, and is one of the most advanced and reliable position, proximity, and speed measurement tools on the market.

Namely, the 59135-1-T-02-A magnetic sensors are universal motion control modules designed primarily for applications in autonomous vehicles, robotics and automation. The 59135-1-T-02-A provides an analog and digital output through a self-calibrating analog output. This module is designed to be an incredibly robust and reliable solution for a wide variety of applications.

Application Field of the 59135-1-T-02-A Magnetic Sensors

59135-1-T-02-A magnetic sensors are used in a variety of applications. For example, they are commonly used in automotive applications to measure speed and direction. The 59135-1-T-02-A magnetic sensors are also used for position, proximity, and speed measurement in robotics, automation, and motion control applications. This sensor is also used in the production and design of autonomous machines, such as drones, robots, and UAVs. Finally, the 59135-1-T-02-A magnetic sensors are used in a variety of industrial and medical applications.

Working Principle of 59135-1-T-02-A Magnetic Sensors

The 59135-1-T-02-A magnetic sensors use Hall effect technology. A Hall effect sensor is a device that is used to measure the amount of magnetic field present in a given environment. Hall effect sensors measure the magnetic field strength of the surrounding environment by measuring the voltage which is generated when the magnetic field is applied to them.

The 59135-1-T-02-A magnetic sensors are optimized for linear installations. They measure changes in position, distance, and speed by using three different Hall effect sensors. First, a main sensor captures changes in the local magnetic field due to linear movement. Second, a secondary sensor helps to measure outside vibration disturbances, which helps to improve the accuracy of the position, distance, and speed measurements. Finally, a third, granular sensor can be enabled to capture finer movements, helping to provide a high level of precision and accuracy.

When these magnetic sensors are installed in a linear configuration, they measure the frequency and amplitude changes in the magnetic field due to linear movement. The main sensor and the secondary sensor work together to detect a wide range of frequencies, allowing the module to accurately and reliably measure changes in position, proximity, and speed. This module also features a voltage modulation output, allowing easy connection to most third-party equipment.

The 59135-1-T-02-A magnetic sensors also feature a built-in self-calibration function. This feature helps to ensure that the module is always working accurately and without any issues, as it automatically corrects for any inaccuracies due to outside vibration, changes in temperature, or any other external disturbances.

Conclusion

The 59135-1-T-02-A magnetic sensors are pre-calibrated motion control modules designed primarily for applications in autonomous vehicles, robotics and automation. This high-performance module has a wide range of input voltages and an analog and digital output. The 59135-1-T-02-A magnetic sensors feature three Hall effect sensors, which measure changes in position, proximity, and speed. The module also features a self-calibration function to ensure accuracy and reliability. The 59135-1-T-02-A is the flagship model of this family of sensors, and is one of the most advanced and reliable position, proximity, and speed measurement tools on the market.

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