59140-4-U-05-A

Magnetic sensors are devices that enable accurate measurements of changes in position, proximity, or speed, in both static and dynamic applications. The 59140-4-U-05-A is a microprocessor-based magnetic sensor module manufacturing featuring a variety of angle and distance measurement features.

The 59140-4-U-05-A provides accurate and repeatable measurements of angle, speed, and distance, making it ideal for a number of applications. The device offers a wide dynamic range and works in a variety of environments. The module can be used in static and dynamic applications, with a response rate of up to 20 kHz.

Application Field

The 59140-4-U-05-A magnetic sensor module can be used in a range of applications, such as:

• Robotics
• Agricultural automation
• Industrial automation
• Profiling
• Navigation
• Positioning
• Processing
• Orientation

The module can also be used for distance measurement in applications such as distance measurement for robotic arms, navigation systems, and for measuring the location of moving objects.

Working Principle

The working principle of the 59140-4-U-05-A magnetic sensor module is based on an internal Hall-effect transducer. An internal Hall-effect transducer is sensitive to the applied magnetic field and changes the state of current flow in the device when the magnetic field changes. The current flow is converted into actual angle or distance measurements.

The module is suitable for use in both static and dynamic applications, with the ability to measure angles and distances in a variety of environments. The magnetic field generated by the module can be calibrated to increase the accuracy of the measurements.

The 59140-4-U-05-A magnetic sensor module is an ideal solution for precise and repeatable angle and distance measurements. The module is suitable for use in a variety of applications, such as robotics, industrial automation, and navigation. The device also features an internal Hall-effect transducer which provides accurate and repeatable measurements in a variety of environments.