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    • 83. 发明授权
    • Thin film capacitor
    • 薄膜电容器
    • US5355277A
    • 1994-10-11
    • US992197
    • 1992-12-17
    • Kazuhiro Hoshiba
    • Kazuhiro Hoshiba
    • H01G4/33H01G4/38H01G7/06H01G4/10
    • H01G4/385
    • A thin film capacitor includes a first capacitor composed of a ferroelectric film and a supplementary second capacitor composed of the ferroelectric film surrounding the first capacitor. In a capacitor of the present invention, the second capacitor is formed around a capacitor and the polarized condition thereof is possible to be controlled. Due to this original switching time of the first capacitor can be flexibly adjusted, and there is a significant advantage that switching characteristic of a capacitor can be greatly improved with minimum cost.
    • 薄膜电容器包括由铁电体膜构成的第一电容器和由围绕第一电容器的铁电体膜构成的辅助第二电容器。 在本发明的电容器中,第二电容器围绕电容器形成,并且可以控制其极化状态。 由于可以灵活地调整第一电容器的初始开关时间,并且具有显着的优点,可以以最小的成本大大提高电容器的开关特性。
    • 84. 发明授权
    • Method for manufacturing a multi-layer capacitor
    • 多层电容器的制造方法
    • US5347696A
    • 1994-09-20
    • US164719
    • 1993-12-10
    • Josef WillerHermann WendtHans Reisinger
    • Josef WillerHermann WendtHans Reisinger
    • C23F4/00H01G4/30H01L21/822H01L27/04H01G4/10
    • H01G4/306Y10T29/435
    • For manufacturing a multi-layer capacitor, a layer structure (2, 3, 4) is applied onto a substrate (1), said layer structure comprising conductive layers (2, 4) and dielectric layers (3) in alternation and successive conductive layers (2, 4) therein being respectively formed of one of two different materials which are selectively etchable relative to one another. Two openings (6, 8) are produced in the layer structure (2, 3, 4), whereby under-etchings (21, 41 ) are formed in the first opening (6) by selective etching of the one material and are formed in the second opening (8) by selective etching of the other material, so that only the conductive layers (2, 4) of the non-etched material respectively adjoin contacts (91, 92) introduced into the openings (6, 8).
    • 为了制造多层电容器,将层结构(2,3,4)施加到衬底(1)上,所述层结构交替包括导电层(2,4)和电介质层(3),并且连续导电层 (2,4)分别由可相对于彼此选择性地蚀刻的两种不同材料之一形成。 在层结构(2,3,4)中产生两个开口(6,8),由此通过选择性蚀刻该一种材料形成在第一开口(6)中的下蚀刻(21,41),并形成在 所述第二开口(8)通过选择性蚀刻所述另一材料,使得仅所述非蚀刻材料的所述导电层(2,4)分别与引入所述开口(6,8)的触点(91,92)相邻。
    • 85. 发明授权
    • Shorted trimmable composite multilayer capacitor and method
    • 短路可调复合复合层叠电容器及方法
    • US5345361A
    • 1994-09-06
    • US75732
    • 1993-06-11
    • Delmont L. BillotteJoel B. deNeufBruce E. Helms
    • Delmont L. BillotteJoel B. deNeufBruce E. Helms
    • H01G4/10H01G4/255
    • H01G4/255Y10T29/417
    • A shorted trimmable composite multilayer capacitor (10) is initially shorted, but can be easily and efficiently unshorted and then functional trimmed while in a circuit. The capacitor (10) has a capacitor body (12) defined by a plurality of interleaved first and second electrodes (14, 16) spaced apart by ceramic. A trimmable outermost electrode (14') is situated on the capacitor body (12) and is capable of depletion by trimming for particularly selecting a capacitance associated with the capacitor (10). First and second terminations (24, 26) are disposed at first and second ends of the capacitor body (12) for connecting the capacitor (10) to a circuit. The first termination (24) is connected to the first electrodes (14), while the second termination is connected to the second electrode (16). Importantly, an interconnect bar (15) is disposed on the capacitor body (12) for connecting the outermost electrode (14') to the second termination (26) to thereby short the first and second terminations (24, 26). After the capacitor (10) has been placed in a circuit, the interconnect bar (15) can easily be eliminated to thereby unshort the capacitor (10), and the capacitor (10) can then be functionally trimmed via trimming the trimmable outermost electrode (14').
    • 短路可调复合复合层叠电容器(10)最初短路,但可以容易且有效地排除,然后在电路中进行功能修整。 电容器(10)具有由陶瓷间隔开的多个交错的第一和第二电极(14,16)限定的电容器主体(12)。 可调节的最外电极(14')位于电容器本体(12)上,并且能够通过修整而耗尽,以特别选择与电容器(10)相关联的电容。 第一和第二端子(24,26)设置在用于将电容器(10)连接到电路的电容器主体(12)的第一和第二端。 第一终端(24)连接到第一电极(14),而第二终端连接到第二电极(16)。 重要的是,互连条(15)设置在电容器主体(12)上,用于将最外面的电极(14')连接到第二终端(26),从而使第一和第二终端(24,26)短路。 在电容器(10)已经放置在电路中之后,可以容易地消除互连条(15),从而取消对电容器(10)的驱动,然后可以通过修整可调整的最外电极( 14')。