RPNS090CA1A11X

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Angle position sensing is an important field in mechanical engineering which requires accurate and reliable measurement of angular movement. The RPNS090CA1A11X sensor is a single-axis absolute angular position transducer designed to measure a wide range of angular positions in industrial, automotive, aerospace and other applications where accuracy and reliability is necessary. It is a non-contact sensor, meaning it utilizes magnetic or optical techniques to measure angle that does not require contact with the object being measured.

The RPNS090CA1A11X is a non-contact, absolute angular position transducer which can measure angles from 0° to 360° in a single sweep. It uses a Hall Effect sensor, which is capable of detecting magnetic fields in an area of 10 x 10 nanometers. It has a small form factor, an operating temperature range from -40°C to 70°C, and an accuracy of ±0.002°.

The working principle of the RPNS090CA1A11X is based on the Hall Effect sensor which measures the angular position of a magnetic field. The device has two components, a permanent magnet and a Hall element integrated on a chip. When a linear magnetic field is perpendicular to the chip surface, a voltage is generated, proportional to the magnetic field strength. This voltage is then translated into a digital output, representing the angular position of the magnetic field.

The RPNS090CA1A11X has a variety of applications in industrial, automotive, aerospace and other industries. It can be used to measure angles of rotary and linear machines, robotics, sensors for hydraulic and pneumatic cylinders, and position sensors. It can also be used as an input component in a variety of medical and aerospace systems that need to measure acceleration, velocity, pressure and temperature.

In conclusion, the RPNS090CA1A11X is a non-contact, absolute angular position sensor which is capable of measuring a wide range of angular positions. It utilizes a Hall effect sensor to detect magnetic fields and outputs a digital signal proportional to the angular position of a magnetic field. This makes it a reliable and accurate option for many applications in the industrial, automotive, aerospace and other industries, where accuracy and reliability of angular position measurement is required.

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