F65012035

Series:	--
Part Status:	Obsolete

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Position Sensors - Angle, Linear Position MeasuringThe F65012035 is a precision displacement measuring transducer, or position sensor, for applications requiring high accuracy in such areas as aerospace, robotics, laboratory instrumentation, and special purpose machinery. It is designed for measuring small relative motion between two objects, and is available in two styles. The first style is a linear sensing element used to detect linear motion, while the second style uses angular sensing elements to detect angular motion.The F65012035 is a unique system that combines a sensing element, a transducer, and a signal processing circuit that generates an output signal. The signal produced by the F65012035 is a linear voltage proportional to the sensed displacement, which can then be further processed by other circuits. The sensing element is a non-contact one that uses a magnetostrictive effect to measure displacement. The sensing element works by having two elements: an external magnetic field with a magnet and a coil that is mounted on the moving parts of the system. When the magnet is placed near the coil, the Magnetic flux lines interacting with the coil induces changes in its mechanical and electrical properties, and the resulting signal is what is read by the transducer.The transducer is the component responsible for converting the signal generated by the sensing element into an electrical signal, and it works by having two electromechanical components that interact with each other. One of these components is the sensing element, while the other is the transformer assembly. The transformer assembly works by having a magnetically shielded housing that contains a pair of coils, and these coils are connected to two electrodes that are placed on the opposite side of the sensing element. When the sensing element moves, the magnetic field generated by the magnet induces an electrical signal in the coils, which is sent to the transducer amplifier.Finally, the signal processing circuitry of the F65012035 takes the signal generated by the transducer and amplifies it to produce the required output voltage. This output voltage can be scaled and used to calculate the displacement of the system. In addition to this, the F65012035 can also be integrated with other control systems such as servo motors and stepper motors to form a complete position control system.The F65012035 can be applied to two main fields, measuring linear and angular displacement. In terms of measuring linear displacement, the F65012035 can be used in a range of areas such as machining, printing, cutting, and welding applications, and can accurately measure movements in the range of a few μm up to a fraction of a mm. This makes it extremely useful for high accuracy applications such as those found in laboratory instruments and precision machinery.In terms of measuring angular displacement, the F65012035 can be used in robotic and automated applications, where accurate angular sensing and control is required. For instance, the F65012035 can be used to control the position of robotic arms and joints in order to achieve specific angular moves and patterns. Additionally, it can also be used in highly specific applications such as machining operations where angular movements need to be precisely controlled.Overall, the F65012035 is an extremely versatile and accurate position sensor which can be used in a range of applications where measurement of linear or angular displacement is required. It is highly versatile, as it can be used in both long-distance sensing applications and short-range sensing applications.

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