EVAL-ADXRS646Z

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The EVAL-ADXRS646Z is an evaluation board of devices that measure angular rate. It features a low noise, wide dynamic range, and low power consumption. These characteristics make it ideal for applications such as 5G beamforming, autonomous navigation, medical diagnostics, and industrial robotics. This device is based on the ADXRS646 angular rate sensor, which is an integrated component that combines a MEMS mechanical mixer, thermal mechanical bands, an amplifier, and an anisotropic magneto-resistive element (AMR).

The evaluation board consists of two components: the main board and the plug-in board. The main board offers the physical platform and the necessary accessories for operation. It features a 24-pin expansion connector, a 5V DC-DC converter, a GPIO bus, and an SPI interface, among other components. The plug-in board connectors and an AMR element are used to provide the user with temperature, angular rate, and magnetic flux measurements. The board is rated for temperatures up to 100°C and can operate at 3.3V or 5V, enabling the user to configure the board for their specific application.

The EVAL-ADXRS646Z is designed to provide the user with a cost-effective means of evaluating the performance of the ADXRS646 angular rate sensor. The board comes with a full software package that includes a comprehensive user’s manual, an easy-to-use graphical user interface, and code examples, enabling the user to begin their evaluation quickly and easily. Additionally, the board features a range of useful components, including an adjustable filter, adjustable signal characterization tools, interfaces for both USB and RS232, and the ability to both plot and capture sensor data.

The EVAL-ADXRS646Z measures angular rates through the AMR element. The element senses the difference in the magnetic field strength between two directions, while the magnetic flux is oriented in the space field. As the rate of rotation increases, the difference in the field increases. This difference is then amplified by the onboard amplifier and sent to the output pins of the board via the GPIO bus. This data can then be used to make the necessary calculations, such as angular displacement, velocity, and acceleration.

When paired with the ADXRS646, the EVAL-ADXRS646Z evaluation board provides fast, reliable angular rate measurements for a variety of applications. It is ideal for environments where accuracy, precision, and low power consumption are required, such as 5G beamforming, autonomous navigation methods, medical diagnostic equipment, and industrial robotics. The board’s simple-to-use, cost-effective platform makes it the perfect choice for developers who need to reliably evaluate the performance of the ADXRS646 in their systems.

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