SS495A2-SP

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The SS495A2-SP is a linear, compass motion sensor with integrated circuits (ICs). It is a precise, turn-proof, and self-correcting sensor which responds to the turning waveform of a permanent magnet attached to a rotating object.

The device has been designed to detect the angle of a moving object and the intensity of magnet fields. This is achieved by producing an output proportional to the angle of the linear movement of the magnetic field. The linear movement is from 0 to 90 degrees and the output is linear with the angle of movement.

The SS495A2-SP linear and compass motion sensor consists of a series of two Hall-effect elements. The first Hall-effect element detects the motion of the magnet and produces a voltage shift when the magnet moves (for example, with the onboard linear movement). The second Hall-effect element is designed to detect the intensity of the applied magnetic field.

The SS495A2-SP linear and compass motion sensor outputs a series of pulses over 90 degrees of rotation, which are proportional to the angle of the moving magnet. The output will either decrease or increase in intensity with the angle of movement. This allows for precise control over the motion of the magnet based on the feedback generated by the sensor.

In order to ensure proper functioning, the ICs used in the SS495A2-SP sensor must be kept in a temperature range of 2.1 to 2.5 Celsius. Below this range, the sensor may malfunction and produce erroneous outputs. It is also vulnerable to static charges and electronic noises, which can further affect the accuracy of the sensor.

The SS495A2-SP linear and compass motion sensor is commonly used in a variety of applications where accuracy and precision are paramount. Such applications include navigation systems, robotics, remote sensing, industrial automation, and precision instrumentation. The linear and compass characteristics of the sensor make it particularly useful in applications that require accurate and repeatable motions.

The accuracy of the SS495A2-SP sensor can also be improved by making sure it is well shielded from electrical and magnetic fields. The use of a shielding material, such as a ferrite cylinder, helps to reduce interference from external objects and signals. Proper shielding will ensure that the sensor produces a consistent and reliable output over a long period of time.

In summary, the SS495A2-SP linear and compass motion sensor is a powerful, precise, and highly accurate motion sensor with integrated circuits. It is designed for applications that require accuracy and consistent performance, and can be used in a variety of industries ranging from navigation to industrial automation.

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