LH163PH1

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When it comes to electronic sensing technology, the LH163PH1 makes an outstanding case in point. Positioned as an absolute non-contacting linear displacement transducer, it can measure, transmit and analyze linear motion, allowing it to be used in a wide range of applications with accuracy, reliability, and efficiency. It works as both a one-way linear actuator and a two-way linear actuator, for example. This makes it the perfect solution to many linear displacement challenges.

The basic working principle of the LH163PH1 relies on the technique of Linear Variable Differential transformers (LVDT) to assess the linear displacement of a target. It utilizes electrical signals to transform the machine’s motion and the position of the target into electrical signals. The main components of the LVDT include secondary coils, a core, a secondary band, and a primary winding. When the magnet core is moved up and down, the secondary coils will also move, causing a displacement in the electrical signals generated. The device then takes these signals and processes them in order to accurately indicate the linear displacement of the target.

The LH163PH1 can be used in a variety of applications. It is popularly used in measuring the position of movable components in a system, such as cams, rocker arms, roller bearings, and other linear actuators. It is also used to extend the stroke of hydraulic cylinders, and act as a velocity transducer. Apart from industrial applications, it has been incorporated into humanoid robots, which it can be used for measuring the displacement of the arms and legs. It can also be used in medical equipment for measuring the position of joints of a human body, in order to avoid collisions and unwanted postures.

The LH163PH1 transducer is further designed with two different working modes, namely, differential and single ended mode. In differential mode, the output voltage directly correlates with the displacement of the magnet core. On the other hand, in single ended mode, two of the three coils are connected in series (\"push pull\" connection), and the third one is connected as a reference. This allows the LH163PH1 to be used in more complex applications, as it can measure the displacement between two points, i.e. the position of the target, as well as its speed.

In short, the LH163PH1 is a highly versatile linear displacement transducer, which allows its use in a variety of applications. Its features of accuracy, reliability, and advancement make it a great choice for a wide range of applications to accurately measurelinear motion.

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