Applications that require precise information on the linear or angular movement of an object rely on the accuracy of motion sensors within.

The low power motion sensing module combines an acceleration range of ±2g/±4g/±8g with, what ST claims is the 'industry's widest angular rate detection' from 30 to 6000 degrees per second along the ...

Measuring Rotational Motion with Linear Accelerometers Abstract: Inertial navigation systems usually use gyroscopes to sense angular motion and use accelerometers to sense linear acceleration. It is ...

In this paper, we present the development of the electronic processing circuitry for the simultaneous detection of linear and angular motion. The circuit is designed for a 6-DOF, single mass, ...

With this information you can determine the acceleration necessary to make the move. To learn more about calculating acceleration you can read our white paper about calculating acceleration for linear ...

Participants performed touchscreen-based reaching tasks while wearing wireless motion sensors, which recorded linear acceleration, angular velocity, and roll-pitch-yaw orientation at millisecond ...

These IMUS are used to measure linear acceleration and angular rates with three-axis microelectromechanical systems (MEMS) accelerometers and three-axis MEMS gyroscopes. The new Kernel 110, 120 IMUs ...

Summary Calculating Acceleration for Linear Motion Every motion control problem begins with a need to move a certain payload over a certain distance. However, there are many types of moves possible, ...