AS5510-DSOM

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The AS5510-DSOM is a magnetic sensor product designed to meet the high precision requirements of modern navigation and motion control solutions. It is a three-dimensional (3D) magnetic sensor, combining features such as dynamic linearity, long-term stability, and user-selectable low-power consumption. This combination of features makes it ideal for directional applications.The AS5510-DSOM provides a range of analogue-to-digital conversion (ADC) resolutions up to 16-bit, with user-selectable sampling rates and scalability to accommodate a wide range of applications. The sensor features a temperature-compensated signal path with low thermal drift and a high dynamic range to ensure accuracy and repeatability.The AS5510-DSOM operates on a 3.3V supply with an extended operating temperature range of -40°C to +125°C. The device includes comprehensive input protection and incorporates an audio-frequency-controlled sampling block (AFS) which automatically compensates for variation in long-term drift.The AS5510-DSOM is available in a small, lead-free SOIC-14 package with exposed pad. This makes it suitable for rugged, high-precision applications in harsh environments. It is calibrated to a magnetic field strength of 65 Gauss over a wide range of temperature and is insensitive to changing temperature.The AS5510-DSOM has a linear output that is highly accurate and temperature-compensated, which provides the user with superior positioning accuracy. It is ideal for use in intelligent navigation systems, such as those found in self-driving cars, automated robots, and other consumer products.The AS5510-DSOM is a magnetic sensor IC which can be used to detect magnetic fields for navigational applications. It features a 3-axis magnetometer which provides orientation information that is highly accurate and temperature-compensated. The output can be integrated with signal processing algorithms to provide heading and positional information for navigation purposes. The AS5510-DSOM utilizes a variety of techniques for magnetic field sensing and orientation. It features three analog channels for magnetic sensing that enable it to distinguish between an X-axis, Y-axis, and Z-axis orientation. This allows it to detect magneto-angular displacement and provide directional information.The AS5510-DSOM utilizes a Hall Effect current-sensing method to detect changes in the magnetic field. Its signal conditioning circuit converts this analog signal into a digital output, which is then processed using signal-processing algorithms to provide a directional output.The AS5510-DSOM is designed to be low power and highly reliable. It has an ambient temperature operating range from -40°C to +125°C, with low thermal drift and a high dynamic range. Additionally, it has a wide operating voltage range, from 3.0V to 3.6V.The AS5510-DSOM is an ideal choice for navigation and motion control solutions. It can detect magneto-angular displacement and provide directional information with superior accuracy and stability, while its slim form factor and patented design make it perfect for today’s modern applications.

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