Vented faraday cup, gas cluster ion beam processing system and method
    85.
    发明专利
    Vented faraday cup, gas cluster ion beam processing system and method 有权
    通风加油杯,气体离子束加工系统及方法

    公开(公告)号:JP2011018653A

    公开(公告)日:2011-01-27

    申请号:JP2010184767

    申请日:2010-08-20

    Inventor: MACK MICHAEL E

    Abstract: PROBLEM TO BE SOLVED: To reduce space charge phenomenon and sample charging and increase accuracy in measurement of amount of irradiation currents in a gas cluster ion beam processing system.SOLUTION: A vented Faraday cup 302 includes a conductive shock plate 308 with a surface receiving a gas cluster ion beam 128, a vented container surrounding the shock plate 308 and extending in front of it to provide a cup form and including a plurality of coaxial conductive ring electrodes disposed at intervals, and a conducting means conducting currents collected by the shock plate 308 to a current measuring system 358. The conductive ring electrodes are constituted of at least three groups each consisting of at least two ring electrodes and are electrically connected with one another, and the respective groups are biased independently of one another to prevent disadvantageous leakage of charged particles to the inside and the outside of the cup.

    Abstract translation: 要解决的问题:减少空间电荷现象和样品充电,并提高气体簇离子束处理系统中照射电流量的测量精度。解决方案:通风法拉第杯302包括导电冲击板308,表面接收 气体簇离子束128,围绕冲击板308并在其前面延伸的通风容器以提供杯形并且包括间隔设置的多个同轴导电环电极和导电装置,其传导由冲击板308收集的电流 电流测量系统358.导电环电极由至少三个组成,每组由至少两个环形电极组成并且彼此电连接,并且各组彼此独立地被偏置以防止带电的不利的泄漏 颗粒到杯子的内部和外部。

    A method of manufacturing a semiconductor device
    87.
    发明专利

    公开(公告)号:JP4510629B2

    公开(公告)日:2010-07-28

    申请号:JP2004533717

    申请日:2003-08-11

    Abstract: The invention relates to a semiconductor device ( 10 ) comprising a semiconductor element ( 1 ), particularly a solid-state image sensor ( 1 ), comprising a semiconductor body ( 11 ) of which one surface comprises an optically active part ( 1 A) and an optically inactive part ( 1 B) within which electrical connection regions ( 2 ) of the optoelectronic semiconductor element ( 1 ) are present, while a body ( 3 ) is present above the optically active area ( 1 A) of the surface of the semiconductor body ( 11 ) comprising an optical component ( 3 B). According to the invention the body ( 3 ) comprises an optically transparent foil ( 3 ) which is present on the optically active part ( 1 A) of the surface of the semiconductor body ( 11 ) and which is attached thereto with an optically transparent adhesive layer ( 4 ) and in which the optical component ( 3 B) is formed. The device ( 10 ) is very stable, compact and easy to manufacture, that is to say in batches. For example a component ( 3 B) such as a lens ( 3 B) may easily be formed by pressing a suitably formed die ( 13 ) into the foil ( 3 ). A method according to the invention for manufacturing the device according to the invention is cost-effective and easy.

    Abstract translation: 本发明涉及包括半导体元件(1),特别是固态图像传感器(1)的半导体器件(10),其包括半导体本体(11),其中一个表面包括光学活性部分(1A)和 存在光电半导体元件(1)的电连接区域(2)的光学非活性部分(1B),而半导体表面的光学有源区域(1A)上方存在主体(3) 主体(11)包括光学部件(3B)。 根据本发明,本体(3)包括光学透明箔(3),其存在于半导体本体(11)的表面的光学活性部分(1A)上,并且附着有光学透明粘合剂层 (4),并且其中形成光学部件(3B)。 设备(10)非常稳定,紧凑且易于制造,即批量地说。 例如,通过将适当形成的模具(13)压入箔(3)中,可以容易地形成诸如透镜(3B)的部件(3B)。 根据本发明的用于制造根据本发明的装置的方法是成本有效且容易的。

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