Invention Grant
US09374068B2 Circuit system having at least two inverter modules connected in parallel, method for connecting at least two inverter modules in parallel and circuit substrate for a gate driver circuit of an inverter module 有权
具有并联连接的至少两个逆变器模块的电路系统并联连接至少两个逆变器模块的方法和用于逆变器模块的栅极驱动电路的电路基板

  • Patent Title: Circuit system having at least two inverter modules connected in parallel, method for connecting at least two inverter modules in parallel and circuit substrate for a gate driver circuit of an inverter module
  • Patent Title (中): 具有并联连接的至少两个逆变器模块的电路系统并联连接至少两个逆变器模块的方法和用于逆变器模块的栅极驱动电路的电路基板
  • Application No.: US13638386
    Application Date: 2011-02-03
  • Publication No.: US09374068B2
    Publication Date: 2016-06-21
  • Inventor: Andreas SchoenknechtHartmut Sparka
  • Applicant: Andreas SchoenknechtHartmut Sparka
  • Applicant Address: DE Stuttgart
  • Assignee: Robert Bosch GmbH
  • Current Assignee: Robert Bosch GmbH
  • Current Assignee Address: DE Stuttgart
  • Agency: Norton Rose Fulbright US LLP
  • Priority: DE102010003614 20100401
  • International Application: PCT/EP2011/051536 WO 20110203
  • International Announcement: WO2011/120728 WO 20111006
  • Main IPC: H03K3/012
  • IPC: H03K3/012 H02M1/088 H02M7/493
Circuit system having at least two inverter modules connected in parallel, method for connecting at least two inverter modules in parallel and circuit substrate for a gate driver circuit of an inverter module
Abstract:
A circuit system having at least two inverter modules connected in parallel, each of which includes an inverter circuit having power semiconductor circuit breakers and a gate driver circuit for controlling the power semiconductor circuit breakers; the gate driver circuit of a first inverter module includes a signal transmission circuit via which a control signal is transmittable from a low-voltage side to a high-voltage side, and a first driver output terminal which is electrically connected to the first driver input terminals of the gate driver circuits of the inverter modules connected in parallel, and via which the high-voltage side control signal or a control signal deduced therefrom is transmittable to the gate driver circuits of the inverter modules connected in parallel. The power semiconductor circuit breakers of the inverter circuits of the inverter modules, connected in parallel to the first inverter module, are controlled based on the transmitted control signal.
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