2D16SB

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2D16SB belongs to the family of sensors of solid state which is movement, speed or, thereabouts, representing transducer.  This sensor is easy to install due to its small size and offers a superior performance. This article will discuss the application field and working principle of 2D16SB.

2D16SB is widely used in situations where a reliable and accurate quantity measurement is essential. This sensor measures the amount of displacement of a moving part which is connected to the sensor through a suitable link or support structure. It can measure relative motion between two parts including linear or angular motion. It is also used in various environments like automotive, aerospace, and oil & gas.

2D16SB is designed to measure relative angular motion in various applications like robotics, automotive steering systems, and instrument calibration. Its geometric shape enables it to measure angular displacement accurately over a wide range of rotation.

2D16SB works by taking advantage of the fact that Carbon fibers expand and contract according to the amount of stress that they are subjected to. As the moving part of the system moves, it exerts a stress on the Carbon fibers. This stress is then registered by the sensor as a physical displacement of the Carbon fibers which is then converted into an electrical signal. The electrical signal is then amplified and used to determine the measurement of displacement.

2D16SB also works on various principles like capacitance based, optical and electrical. The capacitance based principle utilizes the capacitance variation between two conductive plates, which are placed at different angles under an applied velocity, to measure displacement with respect to angle. The optical principle utilizes light and lenses to measure an object’s angular displacement. The electrical principle utilizes a combination of resistors and capacitors to calculate the angular displacement.

2D16SB is a versatile sensor and can be used in different industries for various applications. It is especially beneficial in the automotive industry where it can be used to measure vehicle steering angle and sensitivity. It can also be used in the aerospace industry to track attitude of aircraft and measure the inclination of a predetermined path. Furthermore, it can be used for instrument calibration and oil & gas systems to accurately measure downhole movement.

In conclusion, 2D16SB is a reliable and accurate sensor and is capable of measuring a wide variety of physical and angular displacements. Its small size and ease of installation make it ideal for various industries and its accuracy and precision are a key factor for quality assurance.

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