LPS-RK-150SPI

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A LPS-RK-150SPI is a high-precision low-profile multiple turn absolute angle sensor. It is a strong, compact and high-performance angle sensor ideal for demanding applications. LPS-RK-150SPI offers robust technology for the accurate measurement of absolute angular positions up to 18 bits (262,144 positions).

The LPS-RK-150SPI is a non-contact absolute angle sensor that uses principles of static torque and torsion bar technology combined with contactless capacitive transducer elements to provide high precision absolute angular position measurements. By measuring the complex differential capacitance of the two sensing elements on each side of the central shaft, it can accurately determine the angular position of the shaft. The robustness of the technology enables LPS-RK-150SPI to remain fully operational even across a wide operating temperature range of -40°C to +85°C.

The LPS-RK-150SPI also has a low-profile design with a total height of only 15.5mm and a diameter of 32mm. It offers a number of features and benefits that make it ideal for wide range of applications, such as motion control, robotics, machine vision systems and industrial automation. Its capacity to accurately sense the position even in high-vibration environments makes it perfect for industrial, military, and automotive applications.

The robust design of the LPS-RK-150SPI enables it to handle a wide range of conditions, and its high-precision measurement resolution up to 18-bit accuracy is perfect for applications requiring very high accuracy. This accuracy ensures the LPS-RK-150SPI can precisely determine the absolute position of the shaft with a single point measurement in an unlimited range, making it ideally suited for applications such as 360° continuous rotation servo motors.

The LPS-RK-150SPI is a robust and cost effective angle sensor, making it a great choice for a variety of applications. Its advanced capabilities also make it a great choice for applications requiring high-precision measurements and wide dynamic ranges. It is also ideal for applications requiring an angular position resolution of less than 1°, making it an ideal solution for demanding applications.

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