Electrostatic pulling and clamping electrodes move a flexible tape in precise steps, combining fast access with low cost per bit.
Alternating dielectric regions let electrostatic actuators move data tape quickly, enabling compact low-cost storage with faster small-file access.
Periodic detection of tape adhesion conditions prevents head damage while minimizing response time penalties during stationary periods.
A dynamic braking algorithm manages supply and take-up reel tension during power loss events in tape storage devices.