SS495A2

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The SS495A2 is a kind of magnetic sensors called linear, compass (ICs). It belongs to a family of Hall Effect linear transducers which provide a precise voltage output that is proportional to the strength of the applied magnetic flux. It is designed to be suitable for both applications that require high accuracy measurement and operational conditions that require precision and stability.

The SS495A2 works on a basic principle of the Hall Effect which exploits the creation of an electric field perpendicular to the describing magnetic field. This principle lies upon semiconductor technology. When a current is passed through a semiconductor material and a magnetic field is applied perpendicularly to the current, a voltage generated is proportional to the strength of the applied magnetic field. The SS495A2 provides linear voltage output from 0.5 to 4.5V depending on the strength of the field in which it is placed.

The SS495A2 comes with an integrated temperature compensated Hall element. It is an active IC designed to reduce the factor of temperature-related variation of the magnetic field measurement. Generally, in most applications, the output signal of the SS495A2 is directly coupled to analog-to-digital converter (ADC) and is incorporated with microprocessors. The internal electronics of the SS495A2 allow the device to exhibit good stability and repeatability of output from its analog channel.

The SS495A2 is well suitable for applications such as linearizing, measuring speed, position and linear distance. It is also widely used measuring the strength of magnets in consumer electronics, automotive and non-magnetic environment applications. In terms of digital compasses, the SS495A2 is ideal for detecting the magnetic field direction in robotics or navigation applications.

In conclusion, the SS495A2 is a powerful Hall Effect linear transducer that can be applied to a range of magnetic sensing applications. It can provide linear and direction output in consumer electronics, automotive and navigation applications. With its precision and stability, the SS495A2 has earned a great reputation for being reliable and easy to employ.

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