SS495A1-T3

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The SS495A1-T3 is one of the most popular magnetic sensor types used in a range of applications from automotive, consumer electronics, robotics, and even aerospace. This sensor is designed to detect linear, compass and direction changes. This article will explain the SS495A1-T3 application field and working principle.

Application Field

The SS495A1-T3 magnetic sensor has a wide range of applications and hybrid integration with other devices. A few examples include consumer electronics, robotics, and automotive, as well as aerospace applications. In consumer electronics, the device can be used for virtual reality, 3D motion tracking and 3d navigation. It can also be used for mobile gaming controllers, Bluetooth enabled remote controls, and wireless keyboards. In addition, the device can be used in automotive applications to measure vehicle steering angles, wheel speed and brake force. In robotics, the device can also be used for navigation and motion tracking. In addition, the device can be used in aerospace applications to detect changes in attitude, pitch, and roll.

Working Principle

The SS495A1-T3 magnetic sensor works on a principle of Hall effect. It contains a Hall plate that generates a voltage when subjected to a certain level of magnetic field, either linearly or in a circular direction. The corrosion resistant materials used in construction ensure that the device is reliable in a variety of conditions and temperatures. The Hall plate, when subjected to a magnetic field, generates a voltage in response to the changes in the magnetic flux density. This voltage is read by the device’s ASIC (Application Specific Integrated Circuit) and then a digital value corresponding to the magnetic field strength is computed. This digital value is outputted as a signal for further use in specific applications.

The SS495A1-T3 magnetic sensor can also be used for compass measurements, as it senses earth’s magnetic field and outputs a linear response to changes in the field strength. This linear output could be used to determine the direction of travel, or it can also be used for calculating angle and multiple axis measurements. The device is also aimed to help reduce magnetic interference in sensing and control systems.

Conclusion

The SS495A1-T3 magnetic sensor has a wide range of applications and hybrid integration with other devices. It employs the Hall effect to generate a voltage signal in response to changes in magnetic field. The sensor is suited for applications from consumer electronics, robotics, automotive, and aerospace. The SS495A1-T3 is a reliable device that can also be used for calculating angle and multiple axis measurements in a variety of conditions and temperatures.

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