Cooperative-electrode driving technique for droplet-velocity improvement of digital microfluidic systems

摘要

According to one aspect of the present disclosure, a control-engaged electrode-driving method for droplet actuation is provided. The method includes, a first pulse is provided to a first electrode for kicking off a droplet till a centroid of the droplet reaching a centroid of the first electrode. A second pulse is provided to a second electrode when a leading edge of the droplet reaching the second electrode.