Abstract: The invention comprises a connector tower assembly having a housing with insert molded contacts therein. The housing has one end with a groove for receiving a seal therealong. The housing has a central portion with a sealing surface extending therearound. A second end of the housing has latching members for engaging and securing the housing to a connector box.

Abstract: A multiposition optical connector 2 and a mating header 4 are disclosed. The connector includes a plurality of ferrules 10 for terminating individual plastic optical fiber cables 6. An alignment fixture 100 is used to precisely align each ferrule relative to the other ferrules and relative to peripheral mating surface protrusions 52 on a molded alignment plate 12. The ferrules are ultrasonically bonded to the alignment plate. True positioning for multiple fibers located in the multiposition connector relative to active optoelectronic devices 90 located in the header can be achieved when the connector and the header are mated. A previously assembled harness assembly using the optical connector 2 and a hybrid electrical and optical connector 202 is suited for use in making multiple connections to products, such as automobiles, in which the final assembly is completed in an assembly line.

Abstract: The invention comprises a pin contact having a main body with a top contact section, two side edges, and a bottom surface. The two side edges being juxtaposed to form a seam. Solder tails extend from the bottom surface of the main body to be received through holes. An orientation member is formed along the main body and along the seam. The orientation member provides the proper orientation to the main body so that the solder tails are properly aligned with the holes.

Abstract: An electrical connector assembly includes a first sealing subassembly having a shielded, fluid impermeable board (48) with a stake pin (44) for fastening the board to a housing (34). Electrical components (16) are fastened to the board, and include pedestals (51) which are in sealing engagement with respective seals (52). The seals provide sealing and spring biasing forces to the components (16), as respective top edges thereof are pressingly engaged by a hydraulic valve apparatus. Thus a fluid seal barrier is created for preventing the passage of fluid to the interior of the electrical connector assembly.

Abstract: A multiposition optical connector 2 and a mating header 4 are disclosed. The connector includes a plurality of ferrules 10 for terminating individual plastic optical fiber cables 6. An alignment fixture 100 is used to precisely align each ferrule relative to the other ferrules and relative to peripheral mating surface protrusions 52 on a molded alignment plate 12. The ferrules are ultrasonically bonded to the alignment plate. True positioning for multiple fibers located in the multiposition connector relative to active optoelectronic devices 90 located in the header can be achieved when the connector and the header are mated. A previously assembled harness assembly using the optical connector 2 and a hybrid electrical and optical connector 202 is suited for use in making multiple connections to products, such as automobiles, in which the final assembly is completed in an assembly line.