Fujitsu Corporation

Fujitsu Semiconductor Limited

Naoki Takahashi

Ryuichi Takagi

Naoki Nishida

Sachie Tone

Tatsuo Araki

Hiroyuki Uno

Takamichi Toda

Yoshinori Usui

Takuya Yoshida

Kayoko Iwamoto

Tomiyasu Isago

Takuya Nakajima

Masashi Kimura

Toshiya Morisugi

Takeshi Asai

A non-transitory computer-readable recording medium stores therein a generating program that causes a computer to execute a process including: receiving a word; generating a first and a second vectors according to the received word by applying a first and a second conversion parameters each to the received word; and generating a new third vector according to the word based on the generated first and second vectors.

Generating method, generating device, and recording medium

A plurality of diffused resistors and a plurality of wirings (resistive elements) are alternately disposed along a virtual line, and those diffused resistors and wirings are connected in series by contact vias. In the same wiring layer as that of the wirings, a dummy pattern is formed so as to surround a formation region of the wirings and the diffused resistors. A space between the dummy pattern and the wirings is set in accordance with, for example, a minimum space between wirings in a chip formation portion.

Monitor pattern of semiconductor device and method of manufacturing semiconductor device

An automated commodity customer delivery driven method/system to manage commodity sales by acquiring a chance of purchase of a selecting customer as well as another new customer for a relevant commodity by assuring availability of the inventory for both customers of the relevant commodity. The shop inventory for the selecting customer is acquired according to acceptance of a temporary reservation status for requesting acquisition of the inventory of the selected commodity and the inventory in the shop that was acquired for the selecting customer is returned to the number of inventories for selling to the other new customer, based upon a specified method of transferring the selected commodity to the selecting customer.

Commodity purchasing management system and method

A rush current suppression circuit is used with a power supply circuit which includes a common line and an input voltage detection circuit and supplies power from an input power supply via a switching circuit. There is provided a smoothing capacitor coupled to an output end of the power supply circuit, and a rapid discharge and delay circuit coupled to the input voltage detection circuit and carrying out a rapid discharge and a time delay and controlling the switching circuit. The switching circuit includes two FETs which are coupled in series to the common line, and the two FETs have sources which are coupled to each other and gates which are coupled to each other and driven by the rapid discharge and delay circuit.

Rush current suppression circuit

The present invention relates to a synchronous rectifying type power supply circuit as a switching power supply having a control circuit including a rectifying FET for synchronous rectifying operation in the secondary side of a transformer. A commutating FET can be structured by providing a switching control circuit that is connected to a tertiary coil provided to the transformer to conduct ON/OFF operation of the rectifying FET and commutating FET.

Switching power supply circuit

Growing community of inventors

Kawasaki, Japan

Naoki Takahashi