Inertial measurement with trapped particles: A microdynamical system

Post, E. Rehmi; Popescu, George A.; Gershenfeld, Neil
April 2010
Applied Physics Letters;4/5/2010, Vol. 96 Issue 14, p143501
Academic Journal
We describe an inertial measurement device based on an electrodynamically trapped proof mass. Mechanical constraints are replaced by guiding fields, permitting the trap stiffness to be tuned dynamically. Optical readout of the proof mass motion provides a measurement of acceleration and rotation, resulting in an integrated six degree of freedom inertial measurement device. We demonstrate such a device—constructed without microfabrication—with sensitivity comparable to that of commercial microelectromechanical systems technology and show how trapping parameters may be adjusted to increase dynamic range.


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