Abstract:
단위 접속 단자(26)가, 회로 기판(21)에 납땜되어 길이 방향으로 연장되는 접착부(29)와, 길이 방향으로 연장된 접착부에 대하여 대략 직교하는 방향으로 연장되고, 상대측 회로 기판에 접속되는 단자부(30)와, 접착부와 단자부를 접속하도록 굴곡된 굴곡부(31)와, 굴곡부(31)보다 단자측에 고정되고 자동기에 의한 흡착면을 형성한 합성 수지제의 흡착부(28)로 구성되어 있다. 더욱 바람직하게는, 단위 접속 단자의 전체의 무게 중심 위치를 접착부측에 투영한 투영 위치가 접착부의 접착 범위에 내포되어 있다.
Abstract:
PROBLEM TO BE SOLVED: To provide a structure of attaching an electronic component to a board which allows for attachment of the electronic component having a round contour to the board at a predetermined position while keeping a predetermined margin of a lead.SOLUTION: An electronic component 11 is attached to a board 30 by inserting a lead 12 of the electronic component 11 into a lead hole 31 of the board 30. The lead 12 has a proximal part 16 extending from an electronic component body 13, a support 17 which is bent from the proximal part 16 and abuts against an electronic component attachment surface 30A of the board 30 over a predetermined length thus supporting the electronic component body 13, and an insertion part 18 which is bent from the support 17 and inserted into the lead hole 31 of the board 30.
Abstract:
An electrical component system and method is provided. In an embodiment, the electrical component system includes a circuit carrier onto which at least one electrical component has been mounted. The circuit carrier is injection molded around using a molding compound. An embedding length of a circuit-board conductor in the molding compound, situated between the contacting area on the circuit carrier and the exit location, is maximized.
Abstract:
PROBLEM TO BE SOLVED: To provide an electronic circuit component mounting structure that excellently absorbs thermal stress based upon the difference in coefficient of linear expansion between a printed circuit board and a bus bar. SOLUTION: The bus bar 3A is fixed onto the board with an insulating sheet interposed, and a resin mold IC is joined to the bus bar 3A. The bus bar 3A has a parallel main portion 31 extending in an X direction and a bent end portion 32 bent from the tip of the parallel main portion 31 to reach the printed circuit board 6 and having its tip soldered to the printed circuit board 6. The bent end portion 32 has a first bend portion whose thickness direction matches the X direction, i.e. the length direction of the parallel main portion 31 of the bus bar 3A and a second bend portion whose thickness direction matches a Y direction, i.e. the width direction of the parallel main portion 31 of the bus bar 3A. Consequently, the thermal stress based upon the difference in coefficient of linear expansion between the printed circuit board and bus bar can excellently be absorbed, thereby improving the temperature cycle life of a soldering portion between the printed circuit board 6 and bus bar 3. COPYRIGHT: (C)2009,JPO&INPIT