SS495B-T3

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Magnetic sensors are essential components of many systems and devices. They can function in two main modes: linear and Compass (ICs). The SS495B-T3 is a linear magnetic position sensor designed to provide a precise position measurement in a wide range of applications. It is an excellent choice for use in robotics, industrial automation, medical equipment, and other applications where high accuracy sensing is necessary.

The SS495B-T3 is designed to measure linear position using a linear Hall effect sensor element. The linear Hall effect is a phenomenon created by applying a magnetic field to a semiconductor, such as a transistor. It is used to convert a linear change in the magnetic field, such as a displacement of a magnet, into a proportional voltage output.

The SS495B-T3 uses two opposing magnets to generate a linear magnetic field variation. It then converts this field variation into a voltage signal that is proportional to the position of the magnet. The sensor has a high linearity of 0.15% and a maximum linear operation of 2.5 mm. Furthermore, it has a low temperature coefficient, which ensures accuracy and stability over temperature changes.

The SS495B-T3 offers several features that make it an excellent choice for vibration-resistant position sensing. It has a low power consumption of only 8.3 mA and a low voltage operation of 2.7 to 6 VDC. Additionally, the operating temperature range of it allows it to function reliably from -20°C to 70°C. The sensor also has a low profile, with a height of only 2.5 mm, which makes it suitable for use in confined spaces.

The SS495B-T3 is designed to measure linear position accurately over a wide range of applications. It can be used in robotics, industrial automation, medical equipment, and other precision position sensing applications. Additionally, it is a very economical solution since it requires only 8.3 mA of power. Thus, the SS495B-T3 is an excellent choice for use in a wide variety of applications where high accuracy is required.

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