首页> 外国专利> Production manner null of thermoelectric conversion module, and the thermoelectric conversion module which use the semiconductor device material tip/chip which is obtained by the production manner of the semiconductor device material tip/chip, and applying that

Production manner null of thermoelectric conversion module, and the thermoelectric conversion module which use the semiconductor device material tip/chip which is obtained by the production manner of the semiconductor device material tip/chip, and applying that

机译:热电转换模块的制造方式为零,以及使用通过半导体器件材料的尖端/芯片的制造方式获得的半导体器件材料的尖端/芯片的热电转换模块,并将其应用

摘要

PURPOSE: To rationalize the manufacturing process of chips of a semiconductor element forming material and to provide a thermoelectric conversion module which can reinforce the mechanical strength of the chips. ;CONSTITUTION: Chips of a semiconductor element forming material are manufactured by pouring a molten metal having the composition of an N- or P-type semiconductor compound in a plurality of holes 4a formed in a heat resistant insulating plate 4 by a high pressure or reduced pressure method and unidirectionally solidifying the molten metal. Then NP thermocouples are arranged electrically in series and thermally in parallel by forming the thermocouples in the holes 4a. After a semiconductor element fixing section is prepared by press-fitting semiconductor element chips in small holes of a semiconductor element fixing substrate 3 and a highand low-temperature heat source-side electrode fixing sections are prepared on an electrode insulating substrate by fixing electrodes to the substrate by a resist printing method, the high- and low- temperature heat source-side electrode fixing sections are put together with the semiconductor element fixing section in between so that P- and N-type semiconductor chips can be paired and, at the same time, the chips can be electrically connected in series.;COPYRIGHT: (C)1993,JPO&Japio
机译:目的:合理化半导体元件形成材料芯片的制造工艺,并提供一种可以增强芯片机械强度的热电转换模块。组成:半导体元件形成材料的芯片是通过高压或减压将具有N或P型半导体化合物组成的熔融金属倒入在耐热绝缘板4上形成的多个孔4a中制成的。压力法和单向凝固熔融金属。然后,通过在孔4a中形成热电偶,将NP热电偶串联电热并联。通过将半导体元件芯片压入到半导体元件固定基板3的小孔中来准备半导体元件固定部之后,通过将电极固定在电极绝缘基板上,在电极绝缘基板上准备高低温热源侧电极固定部。在基板上通过抗蚀剂印刷法,将高温热源侧电极固定部和低温热源侧电极固定部与半导体元件固定部夹在中间,以使P型和N型半导体芯片能够成对地形成。时间,芯片可以串联电连接。;版权所有:(C)1993,日本特许厅

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