Abstract:
An energy conditioner structure comprising a first electrode, a second electrode, and a shield structure provides improved energy conditioning in electrical circuits. The structures may exist as discrete components, as part of an interposer or a first level interconnects, or a part of an integrated circuit. The shield structure in the energy conditioner structure does not electrically connect to any circuit element.
Abstract:
According to the invention, the protection device is provided with a first electroconductive structure which is conductively linked to the endangered contact element, in addition to a second electroconductive structure which is arranged in an adjacent position thereto on the carrier structure and is electroconductively linked to the ground connection. Facing sections of the electroconductive structures are physically separated from each other by means of a defined gap, whereby an excess voltage which is transmitted to the contact element is transmitted from the first electroconductive structure to the section of the second electroconductive structure by a spark discharge in the gap of the section and deviated to the ground connection.
Abstract:
An illuminating device (100), comprising a carrier (1) and a light-emitting assembly (2) provided on the carrier (1), the light-emitting assembly (2) comprises a circuit board (21) and at least one light-emitting unit (22), wherein the circuit board (21) is provided on a first side surface (11) of the carrier (1), and the light-emitting unit (22) is provided on a second side surface (12) of the carrier (1) opposite to the first side surface (11), wherein heat from the light-emitting unit (22) is dissipated directly through the carrier (1).
Abstract:
A data bus of a DVD+RW recorder between a DSP and a SDRAM usually needs a multilayer wiring board. In order to simplify the layout of the wiring board of the data bus there is provided a method for connecting at least a first and a second integrated circuit by providing the first integrated circuit having a plurality of first logical I/O ports physically arranged in a first order at the periphery, and providing the second integrated circuit having a plurality of second logical I/O ports physically arranged in a second order at the periphery, wherein each first I/O port is to be connected to one of said second I/O ports. The first and second I/O logical ports are connected independently from the first and/or second physical order, so that connection lines do not cross each other.
Abstract:
The invention concerns a method for making a contactless chip card comprising an electronic module (600), and connected to said module, an antenna (200). The inventive method comprises the following steps: producing, on a first support sheet (100), the antenna (200) provided at its ends, with connection terminals (250); producing an insulating bridge (300) partly covering the antenna (200) coils except for the connection terminals (250); depositing a drop of filling material (500) on the insulating bridge; transferring the electronic module (600), its connection pads (610) being oriented towards the insulating bridge (300); then providing an electric connection between the module (600) contact pads and the antenna (200) connection terminals (250).
Abstract:
According to the invention, the protection device is provided with a first electroconductive structure which is conductively linked to the endangered contact element, in addition to a second electroconductive structure which is arranged in an adjacent position thereto on the carrier structure and is electroconductively linked to the ground connection. Facing sections of the electroconductive structures are physically separated from each other by means of a defined gap, whereby an excess voltage which is transmitted to the contact element is transmitted from the first electroconductive structure to the section of the second electroconductive structure by a spark discharge in the gap of the section and deviated to the ground connection.