EVK2160A Development Boards, Kits, Programmers

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EVK2160A is a development platform for evaluation and application development for the APM2160A series of inertial sensors. The EVK2160A is a high performance, low power, 4-axis navigator consisting of a gyroscope and accelerometer. The APM2160A family of sensors are designed for use in virtual reality headsets, and industrial and consumer grade navigation and 3D motion control applications.

The EVK2160A features an on-board Bluetooth wireless transceiver, integrated ADC, support for internal and external temperature sensors, memory for calibration, and cross-axis correction/transformations. A graphical user interface allows users to customize and configure the settings of the EVK2160A.

The EVK2160A supports a wide range of accelerometers, gyroscopes from different manufacturers, including Micron Technology, ST Micro, Sony, and Maxim Integrated. Additionally, the EVK2160A offers support for both power efficient 3-axis and 6-axis versions of these sensors.

The main function of the EVK2160A is to allow users to measure and analyze the performance of the sensor. By providing real-time data, it allows users to quickly identify performance issues and optimize the device’s performance. Additionally, the EVK2160A provides the necessary support for programming the application with the help of its easy-to-use graphical user interface.

In terms of its working principle, the EVK2160A uses a combination of MEMS accelerometer and gyroscopes for navigation. The accelerometer measures angular velocity, while the gyroscope measures linear acceleration. These two components work together to measure the device’s motion in all three dimensions (x, y and z). The motion of the device is then compared to inertial reference frames to determine its position in the real world.

The EVK2160A is capable of providing a variety of sensors data such as position, speed, acceleration, attitude and heading, in addition to the inertial measurement. This data can be integrated into various applications such as robotics, virtual reality, mobile navigation, and motion control.

The EVK2160A is also capable of supporting synchronization of multiple devices, allowing for a large number of devices in a single network. Additionally, the platform supports flexible software development, allowing users to customize their application and tailor it to suit their needs.

Overall, the EVK2160A is an ideal development platform for users looking to evaluate, develop and deploy solutions based on the APM2160A family of inertial sensors. It is an effective way to verify performance and accuracy of these inertial sensors, while providing a real-time assessment of device performance. Coupled with a flexible and intuitive software development environment, the EVK2160A also allows users to optimize and tailor their application precisely.

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