1-1393048-6

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1-1393048-6 is a sensing solution available in the position sensors – angle, linear position measuring category. It is used to measure the position or the angle of an object with reference to its predecessors. It is typically used in industrial and automotive applications, where the positional accuracy of an object is critical. Depending on the characteristics of the application and the environment it is installed in, an appropriate technology type needs to be identified and used to achieve the desired performance.

One example of how the 1-1393048-6 can be used, is in automotive applications. Position sensors are found in various automotive subsystems such as clutch, gear selector, accelerator, brake pedal, power steering, and suspension. The 1-1393048-6 aids in measuring the angle or position of these components accurately, in order to ensure correct functioning of the related systems.

Working Principle

The 1-1393048-6 employs a variety of technologies, depending on the application requirements. Some technologies that can be employed by the 1-1393048-6, include, Surface Acoustic Wave (SAW) technology, Hall effect technology, or potentiometer technology.

Surface Acoustic Wave technology is based on the reflections of high frequency surface waves at an object’s surface. By measuring the time taken for a wave to travel from one point to another, the distance between these two points can be accurately calculated. This technology has the advantage of being non-contact, which makes it ideal for harsh environments where physical touching the object may not be desirable.

Hall effect technology is based on the magnetic field around an object. It allows measuring the position or angle of an object with respect to a reference point. Hall effect technology is found in angular transducers such as measuring motors, as it measures the relative position of a field produced by a permanent magnet with respect to a Hall device. This technology can be used to measure the position of an object from a static reference point or from a moving reference point.

Potentiometer technology uses an electric field to measure the position or angle of an object: a low-voltage current is sent through a resistance trace on a circuit board. The resistance value measured corresponds with the position of the object. It is commonly found in applications where the object’s position needs to be measured fragile components.

The 1-1393048-6 is a viable option for numerous applications, as it provides accurate position measurements in a reasonably cable-free system. It is robust enough for harsh environments and light enough for delicate applications. Additionally, it is suited for both static and dynamic applications. This makes the 1-1393048-6 a reliable solution for position sensing applications.

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