Kabushiki Kaisha Toshiba

Toshiba Electronic Devices & Storage Corporation

Sumitomo Riko Company Limited

Takaaki Shimizu

Hironori Koyama

Tomohiro Kanaya

Yasunori Kobayashi

Jun Ihara

According to the present embodiment, a main pulse signal generation circuit generates a first main pulse signal corresponding to rising of a logic signal, and a second main pulse signal corresponding to falling thereof. A sub pulse signal generation circuit performs at least either a first generation process of generating a first sub pulse signal corresponding to the first main pulse signal at predetermined intervals, or a second generation process of generating a second sub pulse signal corresponding to the second main pulse signal at predetermined intervals after a predetermined time from generation of the second main pulse signal. An output circuit outputs at least any of the first main pulse signal, the second main pulse signal, the first sub pulse signal, and the second sub pulse signal. The output circuit stops outputting at least either the first sub pulse signal or the second sub pulse signal.

Communication apparatus and semiconductor device

An electromagnetic actuator including: a mover; a stator; at least one coil provided to the stator and arranged on an outer periphery of the mover, the coil being configured to be energized to generate an electromagnetic force that exerts a driving force on the mover; at least one yoke member surrounding the coil, the yoke member being constituted by a plurality of yoke segments; and a mold resin filling a space between the yoke segments and the coil, the mold resin fixing the yoke segments to each other. The mold resin extends to an outer peripheral surface of the yoke member and forms an outside resin layer.

Electromagnetic actuator

Growing community of inventors

Tokyo, Japan

Takaaki Shimizu