MK05-1B90C-500W

Magnetic Sensors - Position, Proximity, Speed (Modules)

Magnetic sensors are important components in many automated systems responsible for monitoring and tracking a variety of physical measurements. These sensors are employed to determine position, proximity, or speed of objects through the use of magnetic fields. Specifically, the MK05-1B90C-500W is a Magnetic Sensor Module (MSM) that provides reliable and accurate measurements of these physical quantities.

Application Field

The MK05-1B90C-500W is a linear magnetic sensor module suitable for use in many industries, including automotive, aerospace, robotics, and industrial applications. It is compact in size, making it suitable for use in tight spaces, and is also designed to be easy to integrate into existing systems. The module is also equipped with several features that make it well-suited for automated systems, including linearity, sensitivity, and temperature compensation.

In particular, the MK05-1B90C-500W is especially well suited for position sensing applications. It features a unique linear output featuring a wide range of analog voltage outputs from a closed loop source, which makes it advantageous in cases such as robot positioning or the monitoring of linear motors. This linear output also provides superior accuracy and repeatability, making it an ideal choice for precise measurements. Additionally, the MK05-1B90C-500W has a robust temperature compensation system, making it suitable for use in harsh environments.

Working Principle

The MK05-1B90C-500W consists of two major components: the magneto-resistor and the magneto-inductive position sensor. The magneto-resistor is responsible for sensing the linear magnetic field strength, while the magneto-inductive position sensor is responsible for providing a linear output that is proportional to the magnetic field strength.

The magneto-resistor is essentially a specialized type of resistor. The resistor is positioned along the flux lines of the magnetic field, with one terminal of the resistor connecting to ground. When the field strength increases, the resistance of the resistor increases, resulting in a change in voltage. This change in voltage is then used by the processing circuitry to calculate the speed or position of the object.

The magneto-inductive position sensor is comprised of two main parts: the inductor and the magnet. The inductor is placed in the middle of the magnet, and when the magnet is moved, the flux lines of the magnetic field change, inducing an electrical signal in the inductor. This signal is then used to calculate the position or speed of the object. By combining the two components, the MK05-1B90C-500W magnetic sensor module is able to accurately determine the position or speed of an object.

Conclusion

The MK05-1B90C-500W magnetic sensor module is a reliable and accurate device that can be used to measure position, proximity or speed of objects. It is well suited for automated systems due to its linear output, high accuracy, and robust temperature compensation. In addition, the module is compact, making it suitable for use in tight spaces. The MK05-1B90C-500W is an ideal choice for positions sensing, and can also be used in a variety of industrial, automotive, aerospace, and robotics applications.