The basis for of the heat sink is provided by an upper copper layer (2),an intermediate layer [3), an intermediate layer (3) and a lower copper layer (4). The copper layers are 50 micron thick and the intermediate layer is 300 micron thick and is of molybdenum, tungsten, aluminium nitride or other material with a thermal conductivity of greater than 100 W/m.degree K. On the upper surface is a mounting region that has a solder layer (5) and under this is an oxygen free copper area. Access points (7) to fluid cooling channels are provided. ADVANTAGE - Expansion coefficient matches mounted component
DE1004050822 A UPAB: 20060523 NOVELTY - In apparatus for cooling plate-form substrates (A) under vac...
WO 200147326 A UPAB: 20011001 NOVELTY - The board has at least one layer whose thermal expansion cha...
DE 102005013602 A1 UPAB: 20061121 NOVELTY - The electrode has an electrically conductive layer (7) p...
US 20090139690 A1 UPAB: 20090619 NOVELTY - The sink has a conductive base body (1) provided with str...
The heat-sink has a number of individual layers, at least one microchannel plate (8) with a series o...
The electric component cooler has at least one internal cooling duct, whose inner cavities determine...
The aim of this work is to investigate the impact of the heat sink thickness and material, as well a...
DE 102005053974 B3 UPAB: 20070313 NOVELTY - An electronic circuit comprises a heat sink (12) thermal...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
DE 19833741 C UPAB: 20000405 NOVELTY - The individual layers have different thermal expansion coeffi...
The concern about thermal performance of microelectronics is on the increase due to recent over-heat...
The invention relates to setups comprising semiconductor laser diodes, a cooling system and processe...
The heat sink is a key component in thermal management of microelectronics and is traditionally de...
DE1004050822 A UPAB: 20060523 NOVELTY - In apparatus for cooling plate-form substrates (A) under vac...
WO 200147326 A UPAB: 20011001 NOVELTY - The board has at least one layer whose thermal expansion cha...
DE 102005013602 A1 UPAB: 20061121 NOVELTY - The electrode has an electrically conductive layer (7) p...
US 20090139690 A1 UPAB: 20090619 NOVELTY - The sink has a conductive base body (1) provided with str...
The heat-sink has a number of individual layers, at least one microchannel plate (8) with a series o...
The electric component cooler has at least one internal cooling duct, whose inner cavities determine...
The aim of this work is to investigate the impact of the heat sink thickness and material, as well a...
DE 102005053974 B3 UPAB: 20070313 NOVELTY - An electronic circuit comprises a heat sink (12) thermal...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
Abstract This thesis is studying the heatsinks new designs for copper heatsinks which utilizes model...
DE 19833741 C UPAB: 20000405 NOVELTY - The individual layers have different thermal expansion coeffi...
The concern about thermal performance of microelectronics is on the increase due to recent over-heat...
The invention relates to setups comprising semiconductor laser diodes, a cooling system and processe...
The heat sink is a key component in thermal management of microelectronics and is traditionally de...
DE1004050822 A UPAB: 20060523 NOVELTY - In apparatus for cooling plate-form substrates (A) under vac...
WO 200147326 A UPAB: 20011001 NOVELTY - The board has at least one layer whose thermal expansion cha...
DE 102005013602 A1 UPAB: 20061121 NOVELTY - The electrode has an electrically conductive layer (7) p...