Electrical Insulating Thin Film

Test sensors were fabricated on the insulating films on stainless steel substrates and survived welding lead wires to the sensors without shorting to the substrate.

Electrical insulating thin film.

Ceramic is a well known electrical insulator for many general applications yet the ceramic materials may lose the insulation under very high temperature above 600 c in recent years to use the ceramic thin film as an electrical insulation for the sensor becomes one of the bottleneck on intelligent engine applications. A thin film multilayer insulation of al 2 o 3 sic al 2 o 3 was demonstrated to provide the necessary electrical insulation for thin film sensors. Intelligent turbine engine requires new sensor. Film insulated magnet wire permits a manufacturer to obtain the maximum number of turns within the available space.

For simple electrical insulating applications where a thin film is required polyester films are probably the most common type of electrical insulator material used. Electrical insulation is the absence of electrical conduction. In this work we take advantage of simple optical imaging of the antiferromagnetic domains to first unambiguously demonstrate the actual large area electrical switching of the néel order in epitaxial nio thin films and second directly correlate the imaged antiferromagnetic domains to the electrical response. Electronic band theory.