388281M9646

Position sensors are vital components in any automatic control system, allowing the operator to measure the position of an object in a wide variety of scenarios. The 388281M9646 angle/linear position sensing device is an innovative piece of electronics with a wide range of potential applications and uses. In this article, we will explore its features and capabilities in detail, as well as examining its working principle.

Application Field

The 388281M9646 has been designed primarily for use in industrial applications or for use in unmanned vehicles. It is a versatile position sensor, which can accurately and reliably measure the position of an object in both linear and angular directions. The device is capable of measuring absolute positions as well as angular orientations along two axes concurrently and can work with a variety of electric motors. It is also useful for measuring linear motion, such as for use in robotics, machine tools, and even for measuring the acceleration of a train or vehicle.

This device is extremely versatile, with applications in the automotive, aerospace, and industrial sectors, as well as for consumer electronics. It is particularly useful for applications which require the use of multiple sensors, including the installation of sensors in cramped or severe environments. It can be used in a variety of fields, including in industrial automation, vehicle control, robotic automation, and machine tools.

Working Principle

The 388281M9646 utilizes a patent-pending technology known as the dual-channel sensing principle, which is ideally suited for measuring two simultaneous positions of an object. The sensor uses a single transducer to measure both of the object’s linear position and angular orientation. The device measures linear position by using two laser beams which cross each other perpendicularly; whenever the object’s linear position is shifted, the laser beams’ width will adjust accordingly. The device then measures the object’s angular orientation by using a rotary transducer, which takes into account the influence of rotating forces on the object’s position.

The device is further equipped with a digital CPU that interprets the outputted signals and relays the information to the user’s control systems. The CPU also features a number of error-preventing functions, such as anti-jitter and anti-vibration, which ensure that the accuracy of the measured data is retained at all times. Furthermore, the device is also capable of measuring a variety of other conditions, such as the pressure or temperature of an object.

Conclusion

The 388281M9646 angle/linear position sensing device is an incredibly versatile piece of electronics which is suited for a variety of industrial and automotive applications. Its dual-channel sensing principle has enabled it to measure both the linear and angular positions of an object concurrently, and its built-in digital CPU ensures that the measured data is accurate and reliable. This device is an ideal choice for those who require a reliable and effective position sensing device with numerous potential applications.