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    • 17. 发明授权
    • Inductive proximity sensor
    • 感应式接近传感器
    • US5524490A
    • 1996-06-11
    • US533022
    • 1995-05-25
    • Frans P. LautzenhiserDwadasi H. R. Sarma
    • Frans P. LautzenhiserDwadasi H. R. Sarma
    • G01D5/20G01P15/11G01P15/00G01P15/08
    • G01P15/11G01D5/2013
    • An inductive sensing element for sensing displacement of a resilient flexible beam or diaphragm. The inductive sensing element comprises an open faced member and a closed faced member one of which is attachable to the flexible beam and the other of which is attachable to a stationary member. The parameters of both the open and closed faced members are selected so that the self-inductance of the open faced member is determined by the overall distance separating the members. Both the open and closed faced members have a magnetic coating and the open face member further comprises an electrically conductive coating arranged in a predetermined pattern on its magnetic coating. The self- inductance of the open faced member, in particular, the predetermined pattern, is dependent upon the magnetic coating on the open faced member and the magnetic contribution that the magnetic coating of the closed faced member makes to the magnetic coating of the open faced member which, in turn, is dependent upon the overall distance separating the open and closed faced members.
    • 用于感测弹性柔性梁或隔膜的位移的感应感应元件。 感应感应元件包括敞开的构件和一个闭合的构件,其中一个可附接到柔性梁,另一个可附接到固定构件。 选择打开和关闭的面部构件的参数,使得开口面部构件的自感由分离构件的总距离确定。 开放和封闭的面部构件均具有磁性涂层,而开放面构件还包括在其磁性涂层上以预定图案布置的导电涂层。 开放式构件的自感,特别是预定图案的自感取决于敞开的构件上的磁性涂层以及封闭面构件的磁性涂层对开放面的磁性涂层的磁性作用 这又反过来取决于打开和关闭的面部构件的整体距离。
    • 19. 发明申请
    • Embedded capacitor
    • 嵌入式电容器
    • US20080218932A1
    • 2008-09-11
    • US11715651
    • 2007-03-08
    • Carl W. BerlinDwadasi H. R. SarmaWilliam J. ChappellEric E. Hoppenjans
    • Carl W. BerlinDwadasi H. R. SarmaWilliam J. ChappellEric E. Hoppenjans
    • H01G7/04
    • H05K1/162H05K1/0306H05K1/0313H05K3/429H05K3/4611H05K2201/0187H05K2201/0209H05K2201/09763Y10T29/435
    • An embedded capacitor method and system is provided for printed circuit boards. The capacitor structure is embedded within an insulator substrate, minimizes real-estate usage, provides a high capacitance, enhances capacitance density, and yet forms an advantageous planar surface topography. A cavity is defined within and contained by an insulator substrate layer, and a dielectric material at least partially fills the cavity. The dielectric material is connected to an electrical conductor, and vias are used for interconnections and traces. In an aspect, a plurality of stacked insulator substrate layers define a plurality of cavities filled with the dielectric material, providing even greater capacitance. In another aspect, an array of cavities is formed in the insulator substrate layer. The embedded capacitor can be employed within numerous systems that utilize capacitors including automotive electronics such as a pressure sensor, an engine control module, a transmission controller, and radio systems including satellite radio devices.
    • 为印刷电路板提供嵌入式电容器方法和系统。 电容器结构嵌入在绝缘体基板内,最小化不动产使用,提供高电容,增强电容密度,并形成有利的平面表面形貌。 空腔被限定在绝缘体衬底层内并由绝缘体衬底层包含,并且电介质材料至少部分地填充空腔。 介电材料连接到电导体,通孔用于互连和迹线。 在一个方面,多个堆叠的绝缘体衬底层限定了填充有电介质材料的多个空腔,提供了更大的电容。 在另一方面,在绝缘体基底层中形成空腔阵列。 嵌入式电容器可以用在许多使用诸如压力传感器,发动机控制模块,变速器控制器和包括卫星无线电设备的无线电系统的汽车电子产品的电容器的系统中。