FEEDTHRUS ELECTRICAL OPTICAL

Brand	Owner (click to sort)	Address	Description
DS	DOUGLAS ELECTRICAL COMPONENTS, INC.	5 Middlebury Blvd. Randolph NJ 07869	FEEDTHRUS FOR ELECTRICAL AND OPTICAL CABLES AND CONNECTORS, NAMELY, METALLIC AND/OR PLASTIC HOUSINGS USED TO PROTECT ELECTRICAL AND OPTICAL CABLES AND CONNECTORS AS THEY PASS THROUGH DIVIDING WALLS AND TO ISOLATE OPPOSITE SIDES OF DIVIDING WALLS;
DUCTORSEAL	DOUGLAS ELECTRICAL COMPONENTS, INC.	5 Middlebury Blvd. Randolph NJ 07869	FEEDTHRUS FOR ELECTRICAL AND OPTICAL CABLES AND CONNECTORS, NAMELY, METALLIC AND/OR PLASTIC HOUSINGS USED TO PROTECT ELECTRICAL AND OPTICAL CABLES AND CONNECTORS AS THEY PASS THROUGH DIVIDING WALLS AND TO ISOLATE OPPOSITE SIDES OF DIVIDING WALLS;DUCTOR SEAL;
DUCTORSEAL	Douglas Engineering Company	14 Beach Street P.O. Box 645 Rockaway NJ 07866	FEEDTHRUS FOR ELECTRICAL AND OPTICAL CABLES AND CONNECTORS, NAMELY, METALLIC AND/OR PLASTIC HOUSINGS USED TO PROTECT ELECTRICAL AND OPTICAL CABLES AND CONNECTORS AS THEY PASS THROUGH DIVIDING WALLS AND TO ISOLATE OPPOSITE SIDES OF DIVIDING WALLS;DUCTOR SEAL;
POTCON	DOUGLAS ELECTRICAL COMPONENTS, INC.	5 Middlebury Blvd. Randolph NJ 07869	FEEDTHRUS FOR ELECTRICAL AND OPTICAL CABLES AND CONNECTORS, NAMELY, METALLIC AND/OR PLASTIC HOUSINGS USED TO PROTECT ELECTRICAL AND OPTICAL CABLES AND CONNECTORS AS THEY PASS THROUGH DIVIDING WALLS AND TO ISOLATE OPPOSITE SIDES OF DIVIDING WALLS;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A method and apparatus for electrically interfacing between two or more distinct environments. The method and apparatus are directed to an electrical feedthru with one or more electrical transmission lines coated with one or more thin dielectric layers of material to insulate the transmission lines from a feedthru body. The dielectric layers may include a diamond-like carbon coating, which electrically insulates, but also thermally conducts. The use of thin dielectric layers facilitates smaller, more efficient electrical feedthrus. Therefore, the electrical feedthru may be used, for example, with MEMS devices. The electrical feedthru is not limited to any particular geometry, it may be adapted to fit between any two environments.