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    • 67. 发明授权
    • Power semiconductor module system
    • 功率半导体模块系统
    • US5748456A
    • 1998-05-05
    • US562453
    • 1995-11-24
    • Reinhold Bayerer
    • Reinhold Bayerer
    • H01L25/00H01L25/07H01L25/18H05K7/00
    • H01L25/18H01L25/072H01L2924/0002
    • A power semiconductor module system includes a plurality of types of power semiconductor modules (310), which each contain one or more controllable power semiconductors (36, 37) and are each accommodated in a module housing (311) with power connections (313-317) and control connections which are passed to the outside, as well as a drive unit (325) for each of the power semiconductor modules (310), which drive unit (325) is accommodated in a separate housing (334) and can be detachably connected to the associated power semiconductor module in such a manner that the drive signals which are passed from the drive unit (325) at appropriate control signal outputs pass to the corresponding control connections of the power semiconductor module, the control connections of the power semiconductor modules (310) each being arranged in a first fixed-position three-dimensional configuration, and the control signal outputs of the drive units (325) each being arranged in a second fixed-position three-dimensional configuration which is superimposed on the first configuration. In the case of such a module system, a reduction is achieved on the drive side for the cost of storage and installation in that the first and second configurations are the same for all the power semiconductor modules (310) and drive units (325) and in that the various power semiconductor modules (310) and drive units (325) are distinguished by different wiring of the control connections and control signal outputs.
    • 功率半导体模块系统包括多个类型的功率半导体模块(310),每个功率半导体模块(310)包含一个或多个可控功率半导体(36,37),并且各自容纳在具有电力连接的模块外壳(311)中(313-317 )和传递到外部的控制连接以及用于每个功率半导体模块(310)的驱动单元(325),该驱动单元(325)被容纳在单独的壳体(334)中并且可拆卸地 连接到相关联的功率半导体模块,使得以适当的控制信号输出从驱动单元(325)传递的驱动信号传递到功率半导体模块的相应控制连接,功率半导体模块的控制连接 (310),每个配置在第一固定位置三维配置中,并且每个驱动单元(325)的控制信号输出被布置在第二固定位置三维配置中, 叠加在第一配置上的三维配置。 在这种模块系统的情况下,由于第一和第二配置对于所有功率半导体模块(310)和驱动单元(325)和驱动单元(325)和 因为通过控制连接和控制信号输出的不同布线来区分各种功率半导体模块(310)和驱动单元(325)。