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    • 43. 发明授权
    • Electron beam apparatus
    • 电子束装置
    • US07960697B2
    • 2011-06-14
    • US12257304
    • 2008-10-23
    • Zhongwei ChenWeiming RenJoe WangXuedong LiuJuying DouFumin HeFeng CaoYan RenXiaoli GuoWei HeQingpo Xi
    • Zhongwei ChenWeiming RenJoe WangXuedong LiuJuying DouFumin HeFeng CaoYan RenXiaoli GuoWei HeQingpo Xi
    • H01J49/44
    • H01J37/073H01J37/244H01J37/28H01J2237/06341H01J2237/24592
    • The present invention relates to a charged particle beam apparatus which employs a scanning electron microscope for sample inspection and defect review.The present invent provides solution of improving imaging resolution by utilizing a field emission cathode tip with a large tip radius, applying a large accelerating voltage across ground potential between the cathode and anode, positioning the beam limit aperture before condenser lens, utilizing condenser lens excitation current to optimize image resolution, applying a high tube bias to shorten electron travel time, adopting and modifying SORIL objective lens to ameliorate aberration at large field of view and under electric drifting and reduce the urgency of water cooling objective lens while operating material analysis.The present invent provides solution of improving throughput by utilizing fast scanning ability of SORIL and providing a large voltage difference between sample and detectors.
    • 本发明涉及采用扫描电子显微镜进行样品检查和缺陷检查的带电粒子束装置。 本发明提供了通过利用具有大的尖端半径的场致发射阴极尖端来提高成像分辨率的解决方案,在阴极和阳极之间的地电位上施加大的加速电压,将光束极限孔定位在聚光透镜之前,利用聚光透镜激发电流 优化图像分辨率,应用高管偏压缩短电子行进时间,采用和修正SORIL物镜,以改善大视野和电漂移下的像差,并减少水冷物镜在操作材料分析时的紧迫性。 本发明提供了通过利用SORIL的快速扫描能力并在样品和检测器之间提供大的电压差来提高产量的解决方案。
    • 48. 发明授权
    • Antenna arrangement
    • 天线布置
    • US07834814B2
    • 2010-11-16
    • US12215262
    • 2008-06-25
    • Wanbo XieWei HeShu LiuRong Bang An
    • Wanbo XieWei HeShu LiuRong Bang An
    • H01Q9/00
    • H01Q1/243H01Q5/335H03H7/40H04B1/0053H04B1/0458H04B1/18
    • An antenna arrangement for radio communication in a first radio communication band and for communication in a second radio communication band including a multiple-resonance antenna element having a feed for connection to radio frequency circuitry; and a load connected to the feed and comprising a plurality of reactive components including a first reactive component that controls the impedance of the load for the first radio communication band and a second reactive component, separate from the first reactive component, that controls the impedance of the load for the second radio communication band wherein the plurality of reactive components of the load are configured to provide an impedance that changes between being inductive at a first frequency in the first radio communication band to being capacitive at a second frequency in the first radio communication band and that changes between being inductive at a third frequency in the second radio communication band to being capacitive at a fourth frequency in the second radio communication band.
    • 一种用于第一无线电通信频带中的无线电通信的天线装置,以及用于在第二无线电通信频带中通信的天线装置,所述第二无线电通信频带包括具有用于连接到射频电路的馈送的多谐振天线元件; 以及连接到所述馈电的负载,并且包括多个无功分量,所述无功分量包括控制所述第一无线电通信频带的负载的阻抗的第一无功分量和与所述第一无功分量分离的第二无功分量,所述第二无功分量控制所述第一无功分量的阻抗 第二无线电通信频带的负载,其中负载的多个无功分量被配置为提供在第一无线电通信中在第一无线电通信频带中的第一频率处的电感到第二频率处的电容之间的阻抗 并且在第二无线电通信频带中在第三频率处感应到第二无线电通信频带中的第四频率处的电容变化。