A DC/AC converter is disclosed having two DC voltage connections (1,2),
between which are provided in a parallel circuit configuration, an intermediate
energy storage (C1) and a bridge circuit providing at least two parallel
branches, each branch providing two in-series-connected switch units (A,B and C,D),
to each of which a rectifier diode (DA,DB,DC DD) is connected in parallel, and
having at least two AC connections, of which each single AC connection is connected
via a connecting line, in each of which an inductor (L1 respectively
L2) is provided, to one of the parallel branches of the bridge circuit
between two the switch units (A,B respectively C,D) via one connecting node. In
at least two connecting lines, two separate electrical connecting paths are provided,
in each of which a switch (E respectively F) and an in-series-switched rectifier
diode (DE respectively DF) are provided. The rectifier diodes (DE,DF) in the single
connecting paths are switched in an opposite conducting direction.