Surface mounted electronic circuit module
    31.
    发明公开
    Surface mounted electronic circuit module 审中-公开
    Oberflächenmontierbareselektronisches Schaltungsmodul

    公开(公告)号:EP1505860A1

    公开(公告)日:2005-02-09

    申请号:EP04018473.1

    申请日:2004-08-04

    Abstract: The present invention provides an electronic circuit module having a certainty of soldering attachment to a motherboard, a small size and a highly reliable connection to the motherboard. An electronic circuit module of the present invention comprises a circuit board (1) formed with laminated plurality of insulating sheets, and a cover (9) made from a metal plate and having attaching legs (9c) soldered to electrode portions (8) in the concave portions (1c) in a state of covering the electronic component (7). The concave portions (1c) are formed from an upper surface of the circuit board (1) toward a lower surface side, stopping portions (1d) for plugging the lower portions of the concave portions (1c) are provided in the circuit board (1), and the attaching legs (9c) of the cover (9) are soldered to the electrode portions (8) in a state of being inserted into the concave portions (1c). As a result, it is possible to prevent the soldering connecting the attaching legs (9c) to the electrode portions (8) from leaking downward by way of the stopping portions (1d). Accordingly, the degree of flatness of the circuit board (1) to the motherboard (10) becomes better and the soldering is reliable.

    Abstract translation: 本发明提供一种电子电路模块,其具有焊接附着到主板的可靠性,与主板的小尺寸和高度可靠的连接。 本发明的电子电路模块包括形成有层压的多个绝缘片的电路板(1)和由金属板制成并具有焊接到电极部分(8)的连接脚(9c)的盖(9) 处于覆盖电子部件(7)的状态的凹部(1c)。 凹部(1c)由电路基板(1)的上表面朝向下表面侧形成,用于堵塞凹部(1c)的下部的停止部(1d)设置在电路基板(1) ),并且在插入凹部(1c)的状态下,将盖(9)的安装腿(9c)焊接到电极部(8)。 结果,可以防止通过停止部(1d)将连接脚(9c)与电极部(8)的焊接部向下泄漏。 因此,电路板(1)与母板(10)的平坦度变得更好,焊接可靠。

    GEHÄUSEANORDNUNG FÜR EIN ELEKTRISCHES GERÄT
    32.
    发明公开
    GEHÄUSEANORDNUNG FÜR EIN ELEKTRISCHES GERÄT 有权
    住房安排的电器

    公开(公告)号:EP1459611A1

    公开(公告)日:2004-09-22

    申请号:EP02798283.4

    申请日:2002-12-19

    Inventor: SCHIEFER, Peter

    Abstract: The invention relates to a housing system for an electric device (1), which has at least two housing parts (2, 3) and an electronic circuit arranged on a circuit board (4) therein, provided with a conductive layer which is connected to the ground of at least one metallic housing part (2). The housing part (3) is made of a plastic part. At least the connecting device (9) for the voltage source of the device and/or the signal transmission to the electronic circuit is integrated therein. The circuit board (4) is covered on both sides. Perturbing-radiation-sensitive components (5) are arranged on the side thereof, and are continuously surrounded by the metallic housing part (2) and the conductive layer, and other components (6) and contacts of the connecting device (9) are arranged on the other side of the circuit board (4).

    A mounting structure of a wireless module
    34.
    发明公开
    A mounting structure of a wireless module 审中-公开
    无线模块的安装结构

    公开(公告)号:EP1399006A2

    公开(公告)日:2004-03-17

    申请号:EP03255690.4

    申请日:2003-09-11

    Abstract: A mounting structure of a wireless module having low cost and excellent productivity is provided. In the mounting structure of a wireless module according to the present, a cover (4) has a box-shaped cover portion (4a) and one or a plurality of leg portions (4b) projected downward from the cover portion (4a). First through holes 1a for inserting the leg portions (4b) are provided in the circuit board (1), and second through holes (6a) for inserting the leg portions (4b) are provided in the motherboard (6). Since the leg portions (4b) are soldered to the circuit board (1) and the motherboard (6) at the first and second through holes (1a, 6a) in a state that the leg portions (4b) are inserted into the first and second through holes (1a, 6a), respectively, the cover (4) also serves as the conventional protective cover. Therefore, this invention has less components than the conventional art, decreases the cost, simplifies the mounting process of the cover, and thus provides excellent productivity.

    Abstract translation: 提供了具有低成本和优异生产率的无线模块的安装结构。 在根据本发明的无线模块的安装结构中,盖(4)具有盒形盖部(4a)和从盖部(4a)向下突出的一个或多个腿部(4b)。 在电路板(1)中设置用于插入腿部(4b)的第一通孔1a,并且用于插入腿部(4b)的第二通孔(6a)设置在母板(6)中。 由于腿部(4b)在腿部(4b)插入第一和第二通孔(1a,6a)中的状态下在第一和第二通孔(1a,6a)处焊接到电路板(1)和母板 第二通孔(1a,6a),盖(4)也用作常规保护盖。 因此,与现有技术相比,本发明具有更少的部件,降低了成本,简化了盖的安装过程,因此提供了优异的生产率。

    Opto-electronic module with printed circuit board (PCB)
    38.
    发明公开
    Opto-electronic module with printed circuit board (PCB) 审中-公开
    Optoelektronisches Model mit gedruckter Leiterplatte(PCB)

    公开(公告)号:EP1237025A2

    公开(公告)日:2002-09-04

    申请号:EP02004306.3

    申请日:2002-02-28

    Abstract: An optical data link 20 comprises a mounting member 22, an optical element assembly 24, a circuit board 26, and a spacer 32. The PGA substrate 22 has a substrate 22a and a plurality of electrically conductive pins 22b. The circuit board 26 has a pair of surfaces. Electronic components 34a to 34e are mounted on the pair of surfaces. The optical element assembly 24 includes a semiconductor optical element 24f. The semiconductor optical element 24f is connected to an electrically conductive layer on the circuit board 26. The spacer 32 functions so as to distance the circuit board 26 from the PGA substrate 22. Since the circuit board 26 is distanced from the PGA substrate 22, the electronic components 34a to 34e can be mounted on both surfaces of the circuit board 22.

    Abstract translation: 光学数据链路20包括安装构件22,光学元件组件24,电路板26和间隔件32.PGA基板22具有基板22a和多个导电销22b。 电路板26具有一对表面。 电子元件34a至34e安装在该对表面上。 光学元件组件24包括半导体光学元件24f。 半导体光学元件24f连接到电路板26上的导电层。间隔物32用于使电路板26与PGA衬底22间隔开。由于电路板26远离PGA衬底22,所以 电子部件34a至34e可以安装在电路板22的两个表面上

    Semiconductor microwave amplifier
    40.
    发明公开
    Semiconductor microwave amplifier 失效
    半导体微波放大器

    公开(公告)号:EP0876088A3

    公开(公告)日:1999-10-27

    申请号:EP98303445.5

    申请日:1998-05-01

    Inventor: Oga, Toshiyuki

    Abstract: A semiconductor microwave amplifier includes input- and output-side microstrip lines formed on a printed-circuit board to oppose each other, input and output electrodes formed on the microstrip lines to be parallel to the microstrip lines, a pair of ground electrodes formed in a direction perpendicular to the input and output electrodes to oppose each other, and a semiconductor amplification device connected to all of the electrodes. This amplifier further has a metal plate connected to the ground electrodes to ensure high-frequency isolation between the input electrode and the output electrode and shield electromagnetic connection, and a through hole for connecting a ground portion of the semiconductor device to a ground surface for the microstrip lines, the ground surface being formed on the printed-circuit board.

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