Murata Manufacturing Co., Ltd.

Shigehiro Nojiri

Shin-ichi Takakura

Norio Sakai

Kunihiko Hamada

Tadahiro Nakagawa

Haruhiko Mori

Toshimi Yoshimura

Kazuma Tanaka

Tatsuya Todo

Katumi Katoh

Toshiyuki Nomura

Tatsuya Toudo

A method of press-molding a ceramic green sheet laminate for stacking a plurality of ceramic green sheets with each other and pressing the laminate thus obtained along its thickness by carrying out a first pressurization cycle including steps of pressurizing the laminate at a pressure value P.sub.3 and reducing the pressure to a value P.sub.2, and subsequently carrying out a second pressurization cycle including a step of pressurizing the laminate at a pressure value P.sub.4 and a pressure reduction step.

Method of press-molding ceramic green sheet laminate

A ceramic laminate obtained by stacking a plurality of ceramic green sheets is charged in a die comprising a base, a frame and an upper punch, which are formed of rigid bodies respectively, and brought into a sealed state. When hydrostatic pressure is applied in this state, the upper punch is pressurized to approach the base, thereby uniformly compression-compacting the ceramic laminate.

Method of manufacturing ceramic laminated compact

A plating apparatus (11) includes a plating solution container (13) storing a plating solution (14) and a cathode (18) dipped therein, for plating objects which are placed on the cathode (18) by driving an air cylinder (22) for applying vibration to the cathode (18) while making a stopper (24) collide with a forward end (21a) of a coupling member (21) which is coupled to the air cylinder (22) and the cathode (18) thereby applying an impact to the cathode (18).

Plating apparatus

An electronic composite component is composed of a resistor element formed by a resistor film and a functional element such as a capacitor element which is electrically connected in parallel with the resistor element. The functional element has a body and a pair of terminal electrodes formed on respective end surfaces of the body. A serially extending electric insulation layer is formed on the surface of the body to partially cover the pair of terminal electrodes. This electric insulation layer is formed to selectively determine the distance between exposed regions of the terminal electrodes. The resistor film forming the resistor element is provided to partially cover and interconnect the exposed regions of the terminal electrodes and cross the boundary lines between the insulation layer and the exposed regions of the terminal electrodes, to electrically connect the pair of terminal electrodes with each other, through a resistance selectively determined according to the distance between the exposed regions of the terminal electrodes.

Electronic composite component having resistor element

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Kyoto, Japan

Shigehiro Nojiri