Power converter

Abstract

An object of the present invention is to provide a power converter capable of reducing inductance and preventing a manufacturing process from becoming complicated. A power converter 1A includes a capacitor 2A including a first bus bar 21A configured to include a positive electrode terminal 211, a negative electrode terminal 212 arranged to face the positive electrode terminal 211 with a first gap 214, and a first insulating member 213 arranged in the first gap 214 and a semiconductor module 3A including a second bus bar 31A configured to include a positive electrode input terminal 311 overlapped with and connected to the positive electrode terminal 211, a negative electrode input terminal 312 arranged to face the positive electrode input terminal 311 with a second gap 314 and overlapped with and connected to the negative electrode terminal 212, and a second insulating member 313 arranged between the positive and negative input terminals 311 and 312 and including a contact surface 313c in contact with one of a front surface 213a or a back surface 213b of the first insulating member 213, and configured to be fitted with the first bus bar 21A.

Dependencies are inferred from the claim text.