MLX90316KGO-BCG-200-TU

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Position sensoring devices, such as MLX90316KGO-BCG-200-TU, are essential for modern engineering and automation applications. They measure the position of an object, providing an output signal representing the position of the object relative to a reference. These position sensors are used in countless industrial applications, including automotive and aerospace. This article will explain the application field and working principle of MLX90316KGO-BCG-200-TU.

Application Field

The MLX90316KGO-BCG-200-TU is a miniaturized linear position sensor, designed for use in industrial and automotive applications. This position sensor is designed to measure the linear position of an object relative to a reference point. It is optimized for applications such as pivot point sensing, linear actuator control and active body control systems in automotive applications. This position sensor is also suitable for use in automated machinery, industrial robotics, machine tools, motor drives, marine propulsion systems and medical imaging systems.

Working Principle

The MLX90316KGO-BCG-200-TU is an inductive position sensor. It uses a coil to detect the position of a ferromagnetic target relative to the sensor’s reference point. This type of position sensor is non-contact, which makes it ideal for use in harsh environments. The position of the target is detected by the sensor’s built-in processing unit, which triggers an analog output voltage proportional to the position of the target. This output voltage is then sent to a processor or controller, which is used to control the system.

Conclusion

The MLX90316KGO-BCG-200-TU is a miniaturized linear position sensor designed for industrial and automotive applications. It is an inductive position sensor that uses a coil to detect the position of a ferromagnetic target relative to the sensor’s reference point. The position of the target is detected by the sensor’s built-in processing unit, which triggers an analog output voltage proportional to the position of the target. This output voltage is then sent to a processor or controller, which is used to control the system.

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