MSS-RFS-200-W

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Magnetic sensors provide an efficient and accurate method of measuring and determining the position, proximity and speed of a moving object. The MSS-RFS-200-W is a magnetic field sensing module, designed to measure the position, proximity, and speed of an object in a variety of applications.

Introduction

The MSS-RFS-200-W module is equipped with a magnetic flux concentrator (MFC), an adjustable magnetic field sensor (AMS), and an optional speed sensor for measuring the speed of the object. The MSS-RFS-200-W module can be used as a standalone device or integrated with a system for various applications. The module utilizes an onboard amplifier which is connected to an MFC and provides signal detection and confirmation for both linear and rotary motion sensing.

Features

The MSS-RFS-200-W module is equipped with a variety of features, including: a low power consumption and high accuracy, a wide range of operation modes including single direction and bidirectional, a selectable sampling rate, a threshold detection window, and a temperature range of -20°C to +85°C. The module also supports software control which allows for remote configuration and parameter tuning.

• Low power consumption and high accuracy
• Wide range of operation modes
• Selectable sampling rate
• Threshold detection window
• Temperature range of -20°C to +85°C
• Software control for remote configuration and parameter tuning

Applications

The MSS-RFS-200-W module is designed for applications where precise control of a moving object is needed. Examples of these applications are industrial automation, transportation, and robotics. In industrial automation, the module can be used to precisely control conveyor belts, spindles, and other objects. In transportation, the module can be used to control the speed of a vehicle such as a train or an aircraft. In robotics, the module can be used to precisely control a robot\'s movements.

The MSS-RFS-200-W module is also ideal for applications where distance measurement is necessary such as positioning, 3D scanning and mapping, and tracking. Examples of these applications include medical imaging, autonomous vehicle navigation, and 3D printing.

Working Principle

The MSS-RFS-200-W module utilizes the principle of magnetic field sensing to measure an object\'s position, proximity, and speed. The module consists of an adjustable magnetic field sensor (AMS), a magnetic flux concentrator (MFC), and an optional speed sensor. The MFC concentrates the magnetic field from the object in the area of the sensor, allowing it to detect changes in the object\'s position, proximity, and speed.

The AMS provides signal detection and confirmation for both linear and rotary motion sensing. The speed sensor is optional and provides additional speed data. The module also incorporates a low power consumption and a wide range of operation modes, allowing it to be used in a variety of applications.

Conclusion

The MSS-RFS-200-W module provides a reliable and accurate method for measuring and determining the position, proximity, and speed of a moving object. The module is equipped with a variety of features such as low power consumption, a wide range of operation modes, a selectable sampling rate, and a threshold detection window. It is suitable for applications where precise control of a moving object is needed such as industrial automation, transportation, and robotics. The working principle of the MSS-RFS-200-W module is based on the principle of magnetic field sensing, which allows it to measure an object\'s position, proximity, and speed.

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