2002Unpublished venueRequires access

Characterisation of electrical contacts made by non-conductive adhesive

Helge Kristiansen, M. Gulliksen, Hårek Haugerud, R. Friberg

Open publisher page 12 citations

Abstract

Characterisation of electrical contacts intended for use with nonconductive adhesives has been performed. The impressions made in the contact area are shown to be dependent on the contact force, and on the surface preparation. At very low contact forces, the presence of insulating oxide layers on the metal surfaces increase the contact resistance dramatically. However, as the contact force is increased, the contact resistance drops rapidly.

About this research paper

What this paper is about

Characterisation of electrical contacts intended for use with nonconductive adhesives has been performed. The impressions made in the contact area are shown to be dependent on the contact force, and on the surface preparation. At very low contact forces, the presence of insulating oxide layers on the metal surfaces increase the contact resistance dramatically. However, as the contact force is increased, the contact resistance drops rapidly.

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OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Characterisation of electrical contacts intended for use with nonconductive adhesives has been performed. The impressions made in the contact area are shown to be dependent on the contact force, and on the surface preparation. At very low contact forces, the presence of insulating oxide layers on the metal surfaces increase the contact resistance dramatically. However, as the contact force is increased, the contact resistance drops rapidly.

Key concepts: Contact resistance, Electrical contacts, Materials science, Adhesive, Electrical conductor, Composite material, Contact area, Contact force

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