Abstract: A liquid-cooled heat exchanger for electronic assemblies and a method of making the heat exchanger. The exchanger has a solid metal body in the form of an elongated flat plate to which the electronic assembly can be mounted, or a number of such plates formed in an L- or U-shaped configuration to enclose two or more sides of the assembly. The elongated body is formed by extrusion, with parallel enclosed longitudinal passages formed along a length of the body during the extrusion process. Transverse passages are drilled to intersect the extruded longitudinal passages. The longitudinal passages and transverse passages are plugged on at least one of their outside ends, and optionally at points along their lengths, to create desired patterns of liquid flow through the heat exchanger.

Abstract: A liquid-cooled heat exchanger for electronic assemblies and a method of making the heat exchanger. The exchanger has a solid metal body in the form of an elongated flat plate to which the electronic assembly can be mounted, or a number of such plates formed in an L- or U-shaped configuration to enclose two or more sides of the assembly. The elongated body is formed by extrusion, with parallel enclosed longitudinal passages formed along a length of the body during the extrusion process. Transverse passages are drilled to intersect the extruded longitudinal passages. The longitudinal passages and transverse passages are plugged on at least one of their outside ends, and optionally at points along their lengths, to create desired patterns of liquid flow through the heat exchanger.

Abstract: A latching handle mechanism can secure a module containing a circuit interrupter. The mechanism has a lever mounted at a handle frame to rotate between a secured position and a released position for securing and releasing the module at a structure. Also includes is a shuttle plate that is mounted at the handle frame and adapted to connect mechanically to the circuit interrupter. The shuttle plate is mounted to reciprocate between an engaged and disengaged position in order to operate the circuit interrupter. The shuttle plate is also manually reciprocatable to operate the circuit interrupter, when the lever is in the secured position. The lever is operable in the released position to restrain and prevent manual reciprocation of the shuttle plate in order to prevent manual operation of the circuit interrupter.