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    • 4. 发明授权
    • RF LDMOS on partial SOI substrate
    • RF LDMOS在部分SOI衬底上
    • US06461902B1
    • 2002-10-08
    • US09618263
    • 2000-07-18
    • Shuming XuHanhua FengPang-Dow Foo
    • Shuming XuHanhua FengPang-Dow Foo
    • H01L2100
    • H01L29/66659H01L29/0653H01L29/4175H01L29/41766H01L29/66636H01L29/7835Y10S438/923
    • In the prior art LDMOSFET devices capable of handling high power have been made by locating the source contact on the bottom surface of the device, allowing for good heat sinking, with connection to the source region being made through a sinker. However, this structure has poor high frequency characteristics. Also in the prior art, good high frequency performance has been achieved by introducing a dielectric layer immediately below the source/drain regions (SOI) but this structure has poor handling capabilities. The present invention achieves both good high frequency behavior as well as good power capability in the same device. Instead of inserting a dielectric layer over the entire cross-section of the device, the dielectric layer is limited to being below the heavily doped section of the drain with a small amount of overlap into the lightly doped section. The structure is described in detail together with a process for manufacturing it.
    • 在现有技术中,能够处理高功率的LDMOSFET器件已经通过将源极接触定位在器件的底表面上,通过连接到源极区域通过沉降片而实现良好的散热。 然而,该结构具有差的高频特性。 同样在现有技术中,通过在源极/漏极区域(SOI)之下引入介电层已经实现了良好的高频性能,但是该结构具有差的处理能力。 本发明在同一设备中实现了良好的高频行为以及良好的功率能力。 代替在器件的整个横截面上插入电介质层,电介质层被限制在漏极的重掺杂部分之下,在轻掺杂部分中具有少量的重叠。 详细描述该结构及其制造方法。
    • 6. 发明申请
    • MICROFLUIDIC FILTRATION UNIT, DEVICE AND METHODS THEREOF
    • 微流体过滤装置,装置及其方法
    • US20100288689A1
    • 2010-11-18
    • US12438505
    • 2006-08-22
    • Liang ZhuWen-Tso LiuHanhua FengHong Miao JiWilliam Cheng Yong TeoRamana Murthy Badam
    • Liang ZhuWen-Tso LiuHanhua FengHong Miao JiWilliam Cheng Yong TeoRamana Murthy Badam
    • B81B1/00B01D29/03B01D29/50
    • B01D61/147B01L3/5027G01N1/4077
    • A microfluidic filtration unit for trapping particles of a predetermined nominal size present in a fluid is provided. The unit comprises a fluid chamber connected to an inlet for introducing the fluid to be filtered and an outlet for discharging filtered fluid, a filtration barrier arranged within the fluid chamber, said filtration barrier comprising a plurality of pillars arranged substantially perpendicular to the path of fluid flow when fluid is introduced into the fluid chamber, said pillars being aligned to form at least one row extending across said path of fluid flow, wherein each of said at least one row of pillars in the filtration barrier comprises at least one fine filtration section comprising a group of pillars that are spaced apart to prevent particles to be filtered from the fluid from moving between adjacent pillars, and at least one coarse filtration section comprising a group of pillars that are spaced apart to permit the movement of particles between adjacent pillars.
    • 提供了用于捕获存在于流体中的预定公称尺寸的微粒的微流体过滤单元。 该单元包括连接到入口的流体室,用于引入要过滤的流体和用于排出过滤流体的出口,布置在流体室内的过滤阻挡层,所述过滤屏障包括基本上垂直于流体路径布置的多个柱 当流体被引入到流体室中时,所述柱被对准以形成跨越所述流体流动路径延伸的至少一排,其中所述过滤阻挡层中的所述至少一排柱中的每一个包括至少一个精细过滤部分,其包括 间隔开的一组支柱,以防止颗粒从流体中过滤,以在相邻的柱之间移动;以及至少一个粗过滤部分,其包括间隔开的一组支柱,以允许颗粒在相邻支柱之间移动。
    • 10. 发明授权
    • Visualizing query results in stream processing systems
    • 在流处理系统中可视化查询结果
    • US08290939B2
    • 2012-10-16
    • US12827419
    • 2010-06-30
    • Eric BouilletHanhua FengAnton V Riabov
    • Eric BouilletHanhua FengAnton V Riabov
    • G06F7/00
    • G06F17/30516
    • In a method for visualizing query results in stream processing systems, a visualization service receives a query from a client to visualize data in a stream processing application. The query is sent from the visualization service to a query-able operator of the stream processing application. At the query-able operator, an operation is performed using history data in the query-able operator to produce a first result that satisfies the query and the first result is sent to the visualization service. At the query-able operator, another operation is performed using new data received by the query-able operator to produce a second result that satisfies the query and the second result is sent to the visualization service. The first and second results are output from the visualization service to the client.
    • 在用于在流处理系统中可视化查询结果的方法中,可视化服务从客户端接收查询以在流处理应用中可视化数据。 查询从可视化服务发送到流处理应用程序的可查询操作员。 在可查询操作员处,使用可查询操作符中的历史数据执行操作,以产生满足查询的第一个结果,并将第一个结果发送给可视化服务。 在可查询操作员处,使用由可查询操作者接收的新数据执行另一操作,以产生满足查询的第二结果,并将第二结果发送给可视化服务。 第一和第二个结果从可视化服务输出到客户端。