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    • 3. 发明授权
    • Bi-directional isolated DC/DC converter
    • 双向隔离DC / DC转换器
    • US07433207B2
    • 2008-10-07
    • US11566822
    • 2006-12-05
    • Volker ThorMarc Bleukx
    • Volker ThorMarc Bleukx
    • H02M3/335H02M7/5387
    • H02M7/797H02M3/33569H02M3/33592H02M2001/007Y02B70/1475
    • A bi-directional converter for converting voltage bi-directionally between a high voltage bus and a low voltage bus, having a switching converter connected across the high voltage bus, the switching converter having first and second switching modules connected in series across the high voltage bus, a switched node disposed between the switching modules being coupled to an inductor, the first and second switching modules being controllable so that the switching converter can be operated as a buck converter or a boost converter depending upon the direction of conversion from the high voltage bus to the low voltage bus or vice versa; the mid-voltage bus being coupled to a first full bridge switching circuit having two pairs of series connected switches with switched nodes between each of the pairs of switches being connected across a first winding of a transformer having a preset turns ratio.
    • 一种双向转换器,用于在高电压总线和低电压总线之间双向转换电压,具有跨高压总线连接的开关转换器,该开关转换器具有串联连接在高压总线上的第一和第二开关模块 设置在所述开关模块之间的开关节点被耦合到电感器,所述第一和第二开关模块是可控的,使得所述开关转换器可以根据来自所述高压母线的转换方向作为降压转换器或升压转换器来操作 到低压母线,反之亦然; 所述中压总线耦合到具有两对串联连接开关的第一全桥开关电路,所述两对串联连接开关的每一对开关之间的开关节点跨越具有预设匝数比的变压器的第一绕组连接。
    • 5. 发明申请
    • BI-DIRECTIONAL ISOLATED DC/DC CONVERTER
    • 双向隔离DC / DC转换器
    • US20070217229A1
    • 2007-09-20
    • US11566822
    • 2006-12-05
    • Volker ThorMarc Bleukx
    • Volker ThorMarc Bleukx
    • H02M3/335
    • H02M7/797H02M3/33569H02M3/33592H02M2001/007Y02B70/1475
    • A bi-directional converter for converting voltage bi-directionally between a high voltage bus and a low voltage bus, comprising a switching converter connected across the high voltage bus, the switching converter comprising first and second switching modules connected in series across the high voltage bus, a switched node disposed between the switching modules being coupled to an inductor, the inductor connected to a first capacitor, the connection between the inductor and the first capacitor comprising a mid-voltage bus, the first and second switching modules being controllable so that the switching converter can be operated as a buck converter or a boost converter depending upon the direction of conversion from the high voltage bus to the low voltage bus or vice versa; the mid-voltage bus being coupled to a first full bridge switching circuit comprising two pairs of series connected switches with switched nodes between each of the pairs of switches being connected across a first winding of a transformer having a preset turns ratio; and a second full bridge switching circuit comprising two pairs of series connected switches with switched nodes between each of the pairs of switches being connected across a second winding of the transformer, the second full bridge switching circuit being coupled to a second capacitor comprising a low voltage node.
    • 一种双向转换器,用于在高电压总线和低电压总线之间双向转换电压,包括连接在高电压总线上的开关转换器,开关转换器包括串联连接在高压总线上的第一和第二开关模块 设置在所述开关模块之间的开关节点耦合到电感器,所述电感器连接到第一电容器,所述电感器和所述第一电容器之间的连接包括中压总线,所述第一和第二开关模块是可控的, 开关转换器可以根据从高电压总线到低电压总线的转换方向而作为降压转换器或升压转换器来操作,反之亦然; 所述中压母线耦合到第一全桥开关电路,所述第一全桥开关电路包括两对串联连接的开关,每对所述开关对中的开关节点跨越具有预设匝数比的变压器的第一绕组; 以及第二全桥开关电路,其包括两对串联连接的开关,其中每对开关之间的开关节点跨越所述变压器的第二绕组连接,所述第二全桥开关电路耦合到包括低电压的第二电容器 节点。
    • 6. 发明申请
    • Heatsink with adapted backplate
    • 散热器与适应的背板
    • US20070017660A1
    • 2007-01-25
    • US11483467
    • 2006-07-10
    • Stefan KienitzKlaus RachmannVolker ThorShahrouz Nejati-Rad
    • Stefan KienitzKlaus RachmannVolker ThorShahrouz Nejati-Rad
    • H05K7/20
    • H01L23/473H01L23/367H01L2924/0002H01L2924/00
    • A fluid-cooled heatsink and backplate, for example, for an electronic power module in an automotive application are provided, the backplate formed with a set of grooves, and the heatsink formed with a set of ribs corresponding to the set of grooves and extending into and affixed to the set of grooves. Glue or adhesive material, such as silicone or silicone o-rings, may be provided between the set of ribs and the set of grooves to secure the backplate to the heatsink. A second set of ribs extending from the heatsink may also be included, such that space is allowed between each rib of the second set of ribs and the backplate. An epoxy-adhesive material may be disposed between the second set of ribs and the backplate, or the second set of ribs may be welded or partially welded. Also provided are the backplate and a method of manufacture.
    • 提供了例如用于汽车应用中的电子功率模块的流体冷却散热器和背板,背板形成有一组凹槽,并且散热器形成有与一组凹槽对应的一组肋,并延伸到 并固定在该组凹槽上。 可以在所述一组肋和所述一组凹槽之间提供粘合剂或粘合剂材料,例如硅树脂或硅橡胶O形环,以将背板固定到散热器。 还可以包括从散热器延伸的第二组肋,使得允许在第二组肋的肋和背板之间的空间。 环氧树脂粘合材料可以设置在第二组肋和背板之间,或者第二组肋可以被焊接或部分焊接。 还提供了背板和制造方法。