Abstract: A surface mountable and low profile electrical component which can be electrically coupled to the solder side of a PCB, while other electrical components are mounted to a component side of the PCB. The surface mountable electrical component includes a mounting substrate having a diode or LED chip with electrical terminals. The terminals pass through the mounting substrate to be electrically coupled to first and second electrical contacts, which provide an electrical pathway between the terminals and the PCB.

Abstract: A shelf assembly and system, which reduces the potential for accidental disruption of service or damage to neighboring transmission elements in a telecommunications network. The present invention operates to guide the transmission elements or fiber cables to and/or from a mounting position, and in or out from either side of electrical and/or optical telecommunications equipment. Fiber cables coupled at the mounting positions can be directed through reversible and removable fiber channels. Each fiber channel has a smooth surface and a radius of curvature, which provides an appropriate bend radius for guiding, routing, or bending the fiber cables into a fiber trough.

Abstract: A system and method for converting the numerous quantities, types, and arrangements of plug-in card connectors, usually disposed on the backplane of equipment systems, to an orderly and standardized array of external connectors. The external connectors facilitate the electrical connection between the cards and one of a variety of specific external cable connectors.

Abstract: A mechanism on which cables, wires, and leads may be secured.The mechanism includes a bar assembly, which has a hollow member in telescopic engagement with an insertable member. Preferably, the insertable member slides in and out of the hollow member, so that a dimension of the bar can be varied. The bar assembly of the present invention also includes telescopically engaged end members, one at each end of the mechanism. A length of the end members can be varied, such that the depth of the mechanism may be varied.

Abstract: A fiber management system for routing a plurality of optical fibers having a minimum bend radius. The fiber management system includes a fiber guide and one or more fiber trays. The fiber guide includes a plurality of fingers for retaining the optical fiber. At least one of the fingers has a curved portion with a radius selected to insure that the optical fiber does not bend past its minimum bend radius when routed over the finger. The fiber tray, which routes the optical fiber to the fiber guide, has a curved lip with a radius at least as large as the minimum bend radius of the optical fiber. The fiber tray and fiber guide are positioned such that the curved lip of the fiber tray is adjacent to the curved portion of the finger. The optical fibers are routed over the curved lip of the fiber tray and the curved portion of the corresponding finger, thereby allowing the fibers to be routed without being bent past the minimum bend radius.