Abstract: A flat tube cold plate assembly has a channel plate having an opening therethrough defining a flow path. A plurality of flat tubes is retained within the opening in the channel plate along the flow path. A plurality of fins extends within the interior of the flat tube. An upper cover plate and a lower cover plate are fixed over the channel plate with the flat tube disposed therein, for example, by brazing. The flat tube may be readily formed by an extrusion process. The opening in the channel plate may be readily formed by a process such as laser cutting, stamping, or etching.

Abstract: A flat tube cold plate assembly has a channel plate having an opening therethrough defining a flow path. A plurality of flat tubes is retained within the opening in the channel plate along the flow path. A plurality of fins extends within the interior of the flat tube. An upper cover plate and a lower cover plate are fixed over the channel plate with the flat tube disposed therein, for example, by brazing. The flat tube may be readily formed by an extrusion process. The opening in the channel plate may be readily formed by a process such as laser cutting, stamping, or etching.

Abstract: An electrical connector comprises a first housing member and a terminal position assurance member. The terminal position assurance member is fully received within the housing such that it can not be accidentally depressed into the fully locked position during handling and transport. The terminal position assurance member is moveable from a pre-assembly to a fully locked position in a direction transverse to the mating direction such that the housing has a substantially flush front face to enable the connector to be mated against a wall or similar structure in a compact manner. Movement of the terminal position assurance member in the transverse direction ensures that the outer shroud of the connector does not extend beyond the mating face of the connector, thereby providing a compact arrangement.