Abstract: A method and apparatus for retaining and aligning a connector to a mating connector on a printed wiring board with a retainer bracket. The retaining bracket is especially useful when there is a bend in the cable. Female contacts in a coax cable assembly mounted to a P0 connector make it difficult to keep the P0 female contacts in a vertical position satisfactory for mating with male contacts located on a motherboard. The retainer bracket snaps directly onto the P0 shell eliminating any stack up problems and assisting with alignment of the P0 female contacts giving a more accurate vertical registration for mating. The connector bracket snaps onto the P0 shell with snap pins and is aligned with at least one alignment pin.

Abstract: A method and apparatus for retaining and aligning a connector to a mating connector on a printed wiring board with a retainer bracket. The retaining bracket is especially useful when there is a bend in the cable. Female contacts in a coax cable assembly mounted to a P0 connector make it difficult to keep the P0 female contacts in a vertical position satisfactory for mating with male contacts located on a motherboard. The retainer bracket snaps directly onto the P0 shell eliminating any stack up problems and assisting with alignment of the P0 female contacts giving a more accurate vertical registration for mating. The connector bracket snaps onto the P0 shell with snap pins and is aligned with at least one alignment pin.

Abstract: A valve having a continuously adjustable flow rate which can be used in an insufflator. The valve includes an inlet fluidly coupled with a fluid supply, a chamber fluidly coupled with the inlet, a perforated disk, an outlet, and a two-sided dynamic seal arranged about the perforated disk and having a first side fluidly coupled with the chamber and a second side fluidly coupled with the outlet. By varying a rotational velocity (or frequency) of the perforated disk, the flow rate of the valve can be continuously adjusted.