Abstract: A wire plating cell comprises an enclosed housing into which plating solution is pumped at a high velocity so as to create substantial fluid pressure therein. The plating cell contains a plurality of consumable anodes through which a wire passes axially and through which plating solution flows transversely. Current densities of at least 200 amps per square foot are obtained. Use of a highly concentrated plating solution in the cell results in high-speed, high quality wire plating. The invention particularly applies to the plating of nickel onto steel wire at current densities of up to 14,500 amps per square foot.

Abstract: A wire plating cell comprises an enclosed housing into which plating solution is pumped at a high velocity so as to create substantial fluid pressure therein. The plating cell contains a plurality of consumable anodes through which a wire passes axially and through which plating solution flows transversely. Current densities of at least 200 amps per square foot are obtained. Use of a highly concentrated plating solution in the cell results in high-speed, high quality wire plating. The invention particularly applies to the plating of nickel onto steel wire at current densities of up to 14,500 amps per square foot.

Abstract: Lead-ins for IC packages are pre-formed before attachment to a package substrate. The process comprises forming lead-in segments in continuous strip with the lead-ins being maintained in position by oppositely disposed, removable rails. A segment is separated from the strip and one end of the lead-ins is formed into, e.g., a "J" shape. One rail is removed during the forming process. The last rail is not removed until the segment is mounted upon a substrate.

Abstract: A solderless, compliant connector formed from heavy gauge, i.e., 0.045" square wire. The compliant portion comprises first and second oppositely disposed, laterally spaced wedges having a gap therebetween. The wedges have inwardly facing sections which are triangular and outwardly facing surfaces which are arcuate.

Abstract: A press-fit electrical connector has a compliant portion formed of two, opposed, T shaped segments. The facing legs of the segments are offset from one another and their interior surfaces do not make contact when the segments are compressed by insertion into a hole.

Abstract: An electrical connector for selectively connecting various electrical circuits of a first vehicle to corresponding electrical circuits of a second vehicle. The connector includes variably positionable switches whereby no rewiring of either vehicle is necessary. The housing for the connector is parallelepipedonal in form and the switches project from a major surface of the housing.

Abstract: A press-fit connector has a compliant portion formed as a fusiform, laterally bifurcated tube having two oppositely disposed "C" shaped sections for engaging the surface area of a plated-through-hole in a printed circuit board.