Abstract: A multiple male pin electrical header is provided for connection to the surface of a printed circuit board. No header components need extend entirely through the board. The header comprises an integral and electrically insulating body member; and the plurality of male pin connectors extend through the body member. The pins have tail portions adapted to electrically contact pads or other surfaces of a printed circuit board. Pin head portions extend upwardly for connection with another electrical connector. The header body portion is formed to define a plurality of pin cavities, each cavity being shaped to expose only an individual male pin connector for contact by test probe. These cavities are shaped to discourage simultaneous test probe shorting contact across a plurality of connector pins.

Abstract: A method of making conductors for shunt connectors including deforming a continuous strip of conductive material between lateral edges to form a plurality of electrical contacts integral at opposite ends with a pair of carrier strips. The spacing between electrical contacts is initially equal and the carrier strips are then deformed so that electrical contact assemblies having different spacings can be severed from the continuous strip with one of the carrier strips acting as a conductor between a pair of electrical contacts. The electrical contact assemblies are mounted on a non-conductive housings and locked therein by locking tabs with the housings being identical in configuration except for dimensions and having several gripping tabs formed thereon. The resultant shunt connector assemblies have center-to-center spacings between adjacent electrical contacts which are a predetermined dimension and multiples of that predetermined dimension to be capable of interconnecting pins having different spacings.

Abstract: A power connector for a printed circuit board comprises a plastic body and a conductive plate disposed on the top surface thereof. Conductive pin contacts pass through the body and are attached by solder to the conductive plate. The pins connect to the printed circuit board and a power lead may be coupled to the conductive plate by a screw.

Abstract: An electrical connector mountable on top of a printed circuit board and connectable to a conductive element located below the connector. The connector generally includes an insulated housing having a plurality of terminal receiving cavities therein and a plurality of like terminals mounted in said cavities. Each terminal receiving cavity has a top opening and a bottom opening through which the conductive element is received in the cavity. The housing also includes a side wall with terminal tail positioning means for positioning and holding a tail portion of a terminal. Each terminal generally includes an elongated strip of metal formed to have a preloaded biased portion adapted to be received in the cavity to engage the conductive element and a tail portion extending from the base portion out of the cavity through the top opening and bent over and down along the side wall so that the end points downwardly for connection to the printed circuit board.