Abstract
When high voltage was applied to a tube filled with liquid, small droplets were ejected from the tip of the tube. We named this phenomenon "ELID method". We carried out the study to print circuits on insulator by the ELID method. The electrostatic field at the tip of the tube was charged and not stable because of the charge of the attached droplets on the insulator. New experimental set-up was developed to clear this problem. Voltage was applied between the tube and the plate electrode that had a hole on the insulator. The electrostatic field at the tip of the tube was constant. We printed circuits that width was some 10μm.
