FRCIR03R-28-19P-F80-T108-VO

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FRCIR03R-28-19P-F80-T108-VO is a type of sensor which is used for a variety of applications. It is a combination of two technologies: Field Rotation and Integrated Circuit (IC). The Field Rotation technology is a form of micromechanical sensing which uses the spring action of the sensor and a rotating magnetic field to generate a current signal proportional to the angular motion of the sensor. This type of sensor can detect angular displacements as small as 0.001 degrees. The Integrated Circuit (IC) technology integrates all the components required for practical operation such as amplifier, voltage regulator, A/D convertor, timer and memory. The sensor\'s output voltage is directly proportional to the amount of detected angular displacement.

FRCIR03R-28-19P-F80-T108-VO is widely used in applications involving angle measurement and angular velocity monitoring. It can be used in robots for position feedback, in power tools for safety and precision, and in medical equipment for precision motion control. The application areas also include automotive, aerospace, consumer electronics, and industrial automation.

The working principle of FRCIR03R-28-19P-F80-T108-VO is based on the interaction between the spring-type mechanism and the magnetic field generated by a rotary motion. When the sensor senses a rotary motion, it produces a voltage-controlled signal which is amplified and output by the IC. The output signal is linear, with a 0.001 degree accuracy. This enables the sensor to accurately measure angular positions and velocities in a wide range of applications. Furthermore, the sensor is temperature-compensated, so it can work in a wide range of temperatures without any error or drift.

In summary, FRCIR03R-28-19P-F80-T108-VO is a highly reliable and accurate rotational angle and velocity sensor, used in a variety of applications such as robots, power tools, medical equipment, and industry automation. Its working principle is based on the combination of Field Rotation and IC technologies. With its 0.001 degree accuracy and temperature-compensated design, this sensor provides efficient and precise measurements in various application areas.

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