Abstract: The present invention is directed to presenting a connector which has conductor patterns in very narrow pitch. A frame 50, in which plural beams 52, which have the same cross-section as a connector 1, are aligned in parallel, is molded from a suitable resin which is good in heat resistance and accepts plating. After electroless plating over the surface of each beam 52, resist is coated uniformly thereon. The beam 52 is exposed three-dimensionally using mirrors and masks. After removing resist and unnecessary plated copper, it is gold-plated or solder plated, as needed. The beams 52, on which the conductor patterns are formed, are separated from the frame 50, and by cutting each beam into a designed number, connectors of narrow pitch are obtained.

Abstract: This invention offers a connector for base boards and a method for connecting base boards which is of low profile and produces highly reliable electrical connections due to the fact that it does not generate pressure applied perpendicularly to the base boards which may result in their warping. Connectors for base boards 10, 10' consist of the primary and secondary connectors 20a, 20b having L-shaped contacts 50 which are attached, preferably using the SMT method, to the lands 61, 62 formed on the matching surfaces of the base boards 60a, 60b. A longitudinal groove 41 is made in the primary connector housing 40a, and contacting sections 52, 52 of the contacts 50a of the primary connector 20a and contacts 50b of the secondary connector 20b, which is inserted in the groove 41, are connected by means of an elastic connecting component 30.

Abstract: A circuit board connector 110, 210 for electrically connecting conductive pads 261,262 of circuit boards 260a,260b comprises a first dielectric housing 120a, 220a having a recess 141,241 extending along the length thereof, first electrical contacts 150a, 250a on the first dielectric housing 120a,220a having first contact sections for electrical connection to the conductive pads 261 of a first circuit board 260a and second contact sections extending along opposing walls of the recess 141,241; a second dielectric housing 120b, 220b profiled to fit within the recesses 141, 241, second electrical contacts 150b, 250b on the second dielectric housing 120b, 220b having third contact sections for electrical connection to the conductive pads 262 of a second circuit board 260b and fourth contact sections extending along side surfaces of the second dielectric housing 120b, 220b opposite the walls of the recess 141, 241; and elastomer connecting members 30 disposed in the recess 141, 241 between the side surfaces of the