摘要:
A heat sink assembly comprises a heat sink and a retainer clip for attachment to an electronic package or semiconductor device so as to dissipate heat from such device. The heat sink may comprise a flat base with a plurality of upwardly extending fins. The fins will define at least one channel. The retainer clip includes two parts. One part is an elongated, resilient, metal strap that has holding means at each end for engaging a semiconductor socket, or a semiconductor module, so as to secure the retainer clip and heat sink to the device or module. The retainer clip also includes a cam-type latch which is pivotally positioned in the middle of the elongated strap and includes an arm and a cam. The cam has a bearing surface which is spaced from the axis of the elongated member a distance greater than the distance between the elongated member and the upper surface of the heat sink base when in the initially assembled position. When the arm is rotated, the bearing surface of the cam is forced against the upper surface of the heat sink which causes the strap to be displaced upwardly placing pressure on the strap and thereby forcing the heat sink into heat conducting engagement with the electronic device or module.
摘要:
A heat-radiating structure with low height, including a first heat-radiating plate and a second heat-radiating plate spaced above the first heat-radiating plate. The first heat-radiating plate is formed with multiple first perforations arranged at intervals and multiple first dents arranged at intervals and extending downward. The second heat-radiating plate is formed with multiple second perforations arranged at intervals and multiple second dents extending downward and fitted with the first perforations. A heat-generating body such as a CPU is adjacent to outer sides of the bottoms of the first and second dents. The heat-radiating structure has a height much smaller than that of a conventional vertical heat-radiating plate and a heat conducting area much larger than that of the vertical heat-radiating plate. Accordingly, the heat-radiating structure can achieve better heat-radiating effect and is applicable to those products having small internal space and necessitating heat-radiation, such as a portable computer.
摘要:
An electronic apparatus comprises a heat-generating component, a main unit having a heat-receiving portion thermally connected to the heat-generating component, and a display unit supported by the main unit. The display unit incorporates a heat-radiating portion which radiates the heat of the heat-generating component. A circulating path connects the heat-receiving portion and the heat-radiating portion and circulates liquid coolant. The heat-radiating portion includes a first radiator and a second radiator. The radiators are connected in series in a direction in which the liquid coolant flows. The second radiator is located at the downstream of the liquid coolant, and is exposed outside the display unit.
摘要:
A cooling apparatus attaches to a cabinet housing electronics for protecting the electronics from external elements. The cooling apparatus includes an exterior surface for exposure to the external elements and a coupling that attaches the exterior surface to the cabinet. When the cooling apparatus is attached to a surface of the cabinet, the exterior surface is maintained in a spaced-apart relationship from the cabinet, forming an enclosed channel having a pair of openings, one of the openings being located above the other. In such a manner, the cooling apparatus can be added to cool an existing, installed, in-place cabinet without requiring extensive modification to the existing cabinet.
摘要:
This is a cooler for dissipating heat away from an electronic device (A). The cooler includes a liquid cooling mechanism (B), a forcible air cooling mechanism (C) and a substrate (D). The liquid cooling mechanism includes a set of metal pipes (20-21) connected to a pump (3) with an impeller (16) to transfer cooling liquid to a liquid channel (4). The forcible air cooling mechanism (C) includes a fan (25) discharging air onto a radiating fin (37) located on the set of metal pipes (20-21). The substrates (D) is in fluid communication with the forcible air cooling mechanism (C) and the liquid cooling mechanism (B) and in direct contact with the electronic device (A) so as to remove heat away from the electronic device (A).
摘要:
Disclosed is a heat dissipator for an optical writing and/or reproducing apparatus. The heat dissipator comprises a main base having mounted thereto a plurality of parts including at least one motor for optical writing and/or reproduction; a circuit board positioned below the main base and having installed thereon elements for controlling the parts; a heat generating element formed with a plurality of leads which are connected to a circuit pattern of the circuit board; a heat conduction member brought into contact with at least the leads, for receiving heat generated in the heat generating element; and a cabinet brought into contact with the heat conduction member and formed with an element accommodating section and/or a pair of protrusions which are shaped to be functionally associated with an outer surface of the heat generating element to ensure that the heat dissipating member is brought into close contact with the leads of the heat generating element.
摘要:
A chip package is provided with multiple ways of attaching a heat sink directly to the chip carrier. Corner post are mounted to the surface of the chip carrier. A heat spreading plate, with a surface area substantially the same size as the surface area of the chip carrier, is positioned in thermal contact with the surface of a flip chip, for example. The heat spreading plate has corner cuts to accommodate the corner posts of the chip carrier and notches cut into at least two opposing sides. A heat sink plate with holes extending therethrough at each of its four corners is positioned to allow the corner posts of said chip carrier to extend therethrough. Notches cut in two opposing sides of said heat sink plate are aligned with the notches in said heat spreading plate to create slots for a flexible clip to clamp the assembly together. Alternatively, nuts may also be threaded onto the posts to clamp the assembly together.
摘要:
A system and method for securing a fan within an electrical device. The system comprising a housing adapted to capture the fan therein. The housing may comprise a first catch adapted to capture a fan having an having a first thickness within the housing. The system may comprise a second catch adapted to capture a fan having a second thickness within the housing. The method comprises disposing a fan within a fan housing operable to capture fans of different thickness therein.
摘要:
A cavity-down ball grid array (CDBGA) semiconductor package with a heat spreader is provided, in which a substrate is formed with at least a ground ring, a plurality of ground vias, a ground layer, and at least an opening for receiving at least a chip. The substrate is mounted in a cavity of the heat spreader, and an electrically conductive adhesive is disposed between an inner wall of the cavity and edges of the substrate, so as to allow the ground layer and the ground ring exposed to the edges of the substrate to be electrically connected to the heat spreader by means of the electrically conductive adhesive. By the above arrangement with the heat spreader being included in a grounding circuit path of the chip, ground floatation and excess ground inductance and resistance can be prevented for the semiconductor package, thereby solving heat-dissipation, electromagnetic interference and crosstalk problems.
摘要:
A method, system, and apparatus are disclosed for handling fluid flow in a computer system for suppressing noise and heat, and, in addition, for enhancing external cable management for use with the computer system.