Abstract: An input/output (I/O) media connector for a reduced sized communication cards. A metallic shield is wrapped substantially about the connector and secured to the connector by a plurality of pins integral with the connector. The shield has a plurality of tabs securely connected and grounded to a printed circuit board (PCB) that is interposed between the top and bottom covers of a compact flash card. Since the connector shield is securely connected and grounded to the PCB, the shield reflects and/or absorb the electromagnetic radiation emitted by the connector. Further, a plurality of cantilever beam springs integral with the shield, and biased towards the covers of the compact flash card, serve to ensure that the shield remains in substantial physical contact and electrical communication with the metallic covers of the compact flash card.

Abstract: A shielding apparatus and method of use for preventing premature entry of a liquid into an overflow drain tube. The shielding apparatus has a shielding member, which may be convex, positioned over an opening of the overflow drain tube. The shielding member deflects airborne liquid and prevents the airborne liquid from passing through the opening. The shielding apparatus also has at least one stem that is inserted through the opening and into the bore of the overflow drain tube. At least one spacer provides a space between at least a portion of the shielding member and a rim that surrounds the opening. The shielding apparatus may be used in a system for cleaning semiconductor structures by preventing liquid from being splashed or projected into the opening of the overflow drain tube. Methods for shielding an overflow drain tube and for cleaning semiconductor structures are also disclosed.