Structure of high-heat-conductivity module
The utility model relates to electrics and provides a structure of a high-heat-conductivity module. A conductive layer with electrothermal conversion characteristic is arranged on the substrate, two sides of the conductive layer are respectively provided with an electrode portion, a clamp part for c...
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Main Authors | , , |
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Format | Patent |
Language | Chinese English |
Published |
25.05.2011
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Subjects | |
Online Access | Get full text |
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Summary: | The utility model relates to electrics and provides a structure of a high-heat-conductivity module. A conductive layer with electrothermal conversion characteristic is arranged on the substrate, two sides of the conductive layer are respectively provided with an electrode portion, a clamp part for clamping and fixing a plurality of conductive terminals coupled with the electrode portion is fixedly arranged on one side of each electrode portion, and the conductive terminals are connected with a power source which is input through electrodes, so that electric energy is converted into high temperature through the high-polymer conductive layer and the high temperature is transmitted to the substrate. The structure is mainly formed by a composite material which can be one of high boron silicon (silicon), glass ceramics, crystal glass, ceramic glass, nano ceramic and nano substrate or combination of the high boron silicon (silicon), glass ceramics, crystal glass, ceramic glass, nano ceramic and nano substrate, and |
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Bibliography: | Application Number: CN20102539991U |