Abstract: Disclosed is a printed circuit board assembly including an integral metal stamping having a plurality of conductive circuit paths received in complementarily-shaped recesses of a dielectric substrate. The integral metallic stamping includes an improved snap action switch having an improved actuator mechanism, an improved rotary switch of the type making on/off contact during rotation thereof, and an upstanding plug-like connector member receivable in a mating female connector. Each of the switches mentioned above as well as the plug-like connector can be formed separately in different printed circuit board assemblies.

Abstract: Disclosed is a printed circuit board assembly including an integral metal stamping having a plurality of conductive circuit paths received in complementarily-shaped recesses of a dielectric substrate. The integral metallic stamping includes an improved snap action switch having an improved actuator mechanism, an improved rotary switch of the type making on/off contact during rotation thereof, and an upstanding plug-like connector member receivable in a mating female connector. Each of the switches mentioned above as well as the plug-like connector can be formed separately in different printed circuit board assemblies.

Abstract: Disclosed is a printed circuit board assembly including an integral metal stamping having a plurality of conductive circuit paths received in complementarily-shaped recesses of a dielectric substrate. The integral metallic stamping includes an improved snap action switch having an improved actuator mechanism, an improved rotary switch of the type making on/off contact during rotation thereof, and an upstanding plug-like connector member receivable in a mating female connector. Each of the switches mentioned above as well as the plug-like connector can be formed separately in different printed circuit board assemblies.

Abstract: A connector assembly for mating an optoelectronic device mounted on the printed circuit board with the end of an optic fiber. The optoelectronic device has a housing including an optical port surrounding optical lens. The optical port has means for guiding a fiber end in alignment with the lens. A cylindrical ferrule having a flange at one end is secured around the fiber. A unitary connector housing is provided for receiving and maintaining the fiber end and the optical lens in mating relation. The connector housing includes a portion for receiving the optoelectronic device and means defining the elongated passageway for receiving the fiber and ferrule. The passageway communicates with the optical port. Also disclosed is a connector assembly for mating the end of one optical fiber to the end of another optical fiber. A cylindrical ferrule having a flange at one end is secured around each fiber. A housing is used for receiving and maintaining the fiber ends in mating relation.