Abstract: This invention is a printed circuit card latching and stiffening assembly with an elongated stiffener member located on the top edge of the printed circuit card. A latch is pivotally attached to the stiffener member. At least one compliant clip is mounted on the stiffener member so that the clip may be slid to engage the pivotal latch in a locked position. The latch also includes a slot for engaging an electronic enclosure structure, such as a card cage. The slot enables the card to be cammed into the base of the card cage when the pivotal latch engages the sliding compliant clip. The latching and stiffening assembly further includes at least one pivotal member which may pivot from the stiffener member to engage a side of the printed circuit card further stiffening the card.

Abstract: An electronic cage for housing electronic components (circuit boards and power supplies) therein, wherein the cage includes a box-like component receiving area defined by a plurality of upstanding side walls and a floor member. Part of the floor member projects from the box-like receiving area to thus expose various electronic devices (e.g., modules, connectors) located on a common, large board which may be positioned within the cage. Significantly, the cage is of one-piece construction, preferably of injection molded structural foam.