Invention Grant
US07199564B2 Alternating current converter 有权
交流电转换器

  • Patent Title: Alternating current converter
  • Patent Title (中): 交流电转换器
  • Application No.: US10574503
    Application Date: 2004-07-19
  • Publication No.: US07199564B2
    Publication Date: 2007-04-03
  • Inventor: Christophe Taurand
  • Applicant: Christophe Taurand
  • Applicant Address: FR Neuilly sur Seine
  • Assignee: Thales
  • Current Assignee: Thales
  • Current Assignee Address: FR Neuilly sur Seine
  • Agency: Lowe Hauptman & Berner, LLP
  • Priority: FR0311622 20031003
  • International Application: PCT/EP2004/051543 WO 20040719
  • International Announcement: WO2005/034320 WO 20050414
  • Main IPC: G05F1/40
  • IPC: G05F1/40
Alternating current converter
Abstract:
Voltage booster converter comprising a pair of input terminals A and B for connecting a DC input voltage Vin between these two terminals; a pair P0 of switches SB, SH in series connected by the switch SB to the input terminal B, the input terminal A being connected across an input inductor Lin to the connection point between the two switches SB and SH in series, each switch SB, SH comprising a control input so as to be placed simultaneously, one in an on state the other in an isolated state; a pair of output terminals C and D, for powering, by an output voltage Vout, a load Rout, the output terminal D being connected to the input terminal B; K other additional pairs P1, P2, . . . Pi, . . . PK−1, PK of switches in series between the output terminal C and the free side of the switch SH with i=1, 2, . . . K−1, K, the two switches of one and the same additional pair Pi being connected across an energy recovery inductor Lr1; K input groups, Gin1, Gin2, . . . Gini, . . . GinK−1, GinK, of Ni capacitors C of like value each in series, with i=1, 2, . . . K−1, K and Ni=i; K output groups, Gout1, Gout2, . . . Gouti, . . . GoutK−1, GoutK, of Mi capacitors C of like value each in series, with i=1, 2, . . . K and Mi=(K+1)−i. The switches of these other K additional pairs are controlled simultaneously by the first and second complementary control signals.
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