会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 21. 发明公开
    • Superconductor switching device
    • Supraleitendes Schaltelement。
    • EP0218119A2
    • 1987-04-15
    • EP86112662.1
    • 1986-09-12
    • International Business Machines Corporation
    • Gallagher, William JosephRaider, Stanley Irwin
    • H01L39/22H01L39/16
    • H01L39/228H01L39/18
    • A switch is provided that introduces quasiparticles at an asymmetric location into a reduced cross-sectional area microbridge link (4) that is part of an output path. The quasiparticles nucleate a small region of normal resistivity and the normal region propagates to produce normal resistivity in the entire reduced cross-sectional area microbridge link (4). The asymmetry of the location provides input-output isolation. The high critical current, high resistivity material for the reduced cross-section member (4) provides high current and voltage gain and the small size provides high speed. In one structure, an input film conductor (5) is asymmetrically, centrally positioned in an insulator stack, and a microbridge link (4) is positioned on a bevelled side of the stack with the input conductor (5) in tunnelling relationship with part of the narrow portion of the microbridge link (4). Decoupling between input and output sufficient to permit one switch to drive several others is provided. Voltage gain can be sufficient to serve as an interface between superconducting devices and semiconductor circuitry.
    • 提供了一种开关,其将非对称位置处的准粒子引入到作为输出路径的一部分的减小的横截面微桥链路(4)中。 准粒子在正常电阻率的小区域成核,并且正常区域在整个减少的横截面微桥链路(4)中传播以产生正常电阻率。 位置的不对称提供输入输出隔离。 用于减小横截面构件(4)的高临界电流,高电阻率材料提供高电流和电压增益,并且小尺寸提供高速度。 在一种结构中,输入膜导体(5)不对称地居中定位在绝缘体堆叠中,并且微桥连杆(4)被定位在堆叠的倾斜侧上,输入导体(5)与部分 微桥链路(4)的窄部分。 提供足够允许一个开关驱动其他开关的输入和输出之间的去耦合。 电压增益足以用作超导器件和半导体电路之间的接口。
    • 23. 发明公开
    • GRAVITY GRADIOMETER
    • 重力梯度仪
    • EP1949140A1
    • 2008-07-30
    • EP07784815.8
    • 2007-08-17
    • Technological Resources PTY. Limited
    • VAN KANN, Frank JoachimWINTERFLOOD, John
    • G01V7/16H01L39/16
    • G01V7/16H01L39/18
    • A heat switch (570) is disclosed as well as a gradiometer having the heat switch. The heat switch is formed from a non-magnetic material such as a semi-conducting material. The semi-conducting material may be provided by way of a Hall effect device. The heat switches are arranged in the gradiometer on a circuit board (856). The circuit board (850) has conducting strips (856) which are connected to conducting strips on a sensor (71) by bridges (852). The heat switch (570) is connected on the opposite side of the circuit board (850) to the strips (856) and processing circuitry (859). A copper substrate (865) is provided on the same side of the circuit board as the heat switch (570) to conduct heat away from the heat switch (570) when the heat switch is closed.
    • 公开了热开关(570)以及具有热开关的梯度仪。 热开关由诸如半导体材料的非磁性材料形成。 半导体材料可以通过霍尔效应器件提供。 热开关安装在电路板上的梯度计上(856)。 电路板(850)具有通过桥(852)连接到传感器(71)上的导电条的导电条(856)。 热开关(570)在电路板(850)的相对侧连接到条带(856)和处理电路(859)。 铜基板(865)设置在电路板的与热开关(570)相同的一侧,以在热开关闭合时从热开关(570)传导热量。