Abstract:
PROBLEM TO BE SOLVED: To solve the problem that when a bonded member 350 is displaced due to heat and pressure in exchanging and connecting, displacement occurs between an electrical component 160 and an electrical connection part of the substrate 100, the electrical connection part can not be pushed uniformly, and the electrical components are not replaced or connected properly, when the bonded member 350 exists between the region of the substrate 100 and a support member 300, when malfunctions and defects occur in the electrical component 150, such as in connected TCP that are arranged in the periphery of the substrate 100. SOLUTION: A semiconductor device or a radiographic imaging apparatus for bonding the substrate, having a semiconductor element or a conversion element and the support member via the bonded member has a gap between the substrate of a region, including the electrical connection part connected to at least the electrical component and the support member and has a buffer member in the gap. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a flexible board which is adapted to a standard such as ZIF, for example, and can inexpensively be manufactured. SOLUTION: The edge side of a film is bent rather than the connector of an input outer lead 6 formed in the surface of the film 1 with flexibility, and a bend part 1b is formed. A connection part composed of a part 1a corresponding to the connector of the film 1 and the bend part 1b is inserted into the recessed part 4 of a connector 3 formed in a main body circuit board 2. A stopper 5 in the recessed part 4 depresses the bend part 1b, and the connector of the input outer lead 6 is connected to an electrode terminal 7 through the bend part 1b and the part 1a of the film. Thus, a connection part fitted to the connector 3 in the prescribed standard can easily and inexpensively be formed by only forming the bend part 1b in the film 1. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
In one form of the invention, a laser beam propagates directly through bulk material of a TAB tape or base, to heat and form a bond between electrical leads formed on the base and aligned contact bumps. In another form, a chromium seed-metal layer is formed on a TAB tape or base, and leads are in turn formed on the chromium; the chromium absorbs a laser beam to heat the leads. In both forms, an optical fiber preferably presses copper leads and gold bumps together with over 300 g force, without aid by a gas stream-and then also conducts the beam to the bond site, forming a bond of shear strength over 200 g. Also preferably gold contacts are plated on the leads; and the method makes an inkjet printhead-with the bumps formed on a die or other printhead component, and nozzles formed through the base.
Abstract:
PROBLEM TO BE SOLVED: To provide a technology for reducing an area for installing pads to be used for inputting and outputting of a signal into a semiconductor integrated circuit. SOLUTION: A semiconductor device comprises columns of first pads 3, second pads 4, and third pads 5, which are arranged in a first direction, a plurality of first leads 7, second leads 8, and third leads 9 which are connected to the respective columns of pads, and the semiconductor integrated circuit connected to each lead. The column of the second pads is adjacent to the column of the first pads in a second direction perpendicular to the first one, while the column of the third pads is adjacent to the column of the second pads on the side opposite from the column of first pads. Each of the second pads 4 has a first slanted side 4a which is aslant with respect to the first direction, in one corner thereof on the third pad column side. Each of the third pads 5 has a second slanted side 5a which is aslant with respect to the second direction, and faces the first slanted side 4a in one corner thereof on the second pad column side. Each of the leads 7 has a first slanted portion 7a which is extended aslant with respect to the first direction between the first slanted side 4a and the second slanted side 5a. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a liquid crystal display wherein inspection can be performed by detecting a signal and measuring resistance in a wiring for an input signal even if a board for inputting a signal is not used. SOLUTION: A plurality of insulation film boards 2B-1 and 2B-2 on which ICs 6-1 and 6-2 for driving gates are mounted, respectively, are connected to a generally quadrangular liquid crystal panel 1 where a liquid crystal display part is formed. Each insulation film board has a through wiring 9 and input signal wiring 10 respectively connecting different terminals 9a, 9b ; 10a 10b among a plurality of terminals arranged along one side of the liquid crystal panel 1. Pads 16 for inspection are respectively formed at a part of the through wiring and the input signal wiring. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an electronic module having wires arranged to correspond to the EL structure, and to provide a manufacturing method therefor and an electronic apparatus. SOLUTION: The electronic module comprises: an EL section 12; a first substrate 10 on which the EL section 12 is formed; a second substrate 50 attached to the first substrate 10; an integrated circuit chip 52 mounted on the second substrate 50; a plurality of first power supply wires 16, 18, 20 and 22 formed to pass through a pair of regions sandwiching the EL section 12 on the first substrate 10; and a plurality of second power supply wires 54 formed to pass through a pair of regions sandwiching the integrated circuit chip 52 on the second substrate 50. COPYRIGHT: (C)2004,JPO