Sumitomo Electric Industries, Limited

Sumitomo Wiring Systems, Limited

Hiromi Yabutani

Takahiro Onizuka

Shinichiro Yamamoto

Akinori Ooishi

Atsushi Ito

Hajime Kawaguchi

Takayuki Sano

Yoshifumi Matsumoto

A reactor including an assembly of a coil, a magnetic core on which the coil is disposed, and a case that houses the assembly. The case includes an installation face, a side wall that is removably attached to the installation face and surrounds the periphery of the assembly, and a heat dissipation layer formed on the inner face of the installation face and interposed between the installation face and the installation-side face of the coil. The installation face consists of aluminum, the side wall consists of an insulating resin, and the heat dissipation layer consists of an adhesive with high thermal conductivity and excellent insulation. The installation face is separate from the side wall, making it easy to form the heat dissipation layer, and having excellent heat dissipation. The side wall consists of an insulating resin, thus reducing the gap between it and the coil.

Reactor

A resistor connector (C) includes a pair of parallel lead frames ( ), a resistor ( ) with a pair of electrodes ( ) and a mold resin ( ). Each said lead frame ( ) includes a terminal portion ( ) and an electrode connection portion. Said pair of electrodes ( ) are electrically connected to respective said electrode connection portions of said pair of lead frames ( ) through solder (b). Said mold resin ( ) covers said resistor ( ) so as to expose said terminal portion ( ). Said lead frame ( ) includes solder flow inhibit means ( ) between said electrode connection portion and said terminal ( ) for preventing said solder (b) to flow towards said terminal portion ( ).

Method of manufacturing a resistor connector

Growing community of inventors

Mie, Japan

Hiromi Yabutani