electrostatic actuator

Electrostatic actuators offer high power similar to electromagnetic drives.

Electrostatic actuators use the force of electrostatic energy to move objects.

Conductive particles may short out circuits like electrostatic actuators.

And in 1999, corrugated sheet like polymer microstructures for use e.g. in electrostatic actuators were fabricated [10].

The electrode acts as one plate, while the conductive subcutaneous layer in the skin acts as the other, thus representing a hybrid natural/artificial electrostatic actuator.

The device design is based on BMC's heritage deformable mirror technology that uses hysteresis-free electrostatic actuators to periodically deform a continuous mirror facesheet.

Here we investigate a means of controlling suspended test masses using electrostatic actuators, thereby eliminating the need for the attachment of lossy materials, preserving its property of low acoustic loss.

Electrostatic actuator calibrations are normally performed at third octave frequencies between 20 Hz and 20 kHz but may be extended to 100 kHz for ¼ - inch microphones.