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    • 2. 发明授权
    • Integrated resonator matrix for wavelength-selective separation or
joining of channels in the frequency domain of optical communications
technology
    • 用于光通信技术频域中波长选择性分离或连接通道的集成谐振器矩阵
    • US4799749A
    • 1989-01-24
    • US924848
    • 1986-10-14
    • Manfred BornerReinhard MullerGert Trommer
    • Manfred BornerReinhard MullerGert Trommer
    • G02B6/12G02F1/01G02F1/015G02F1/21H01L31/10G02B6/10
    • G02F1/011G02B6/12002G02B6/12004
    • Integrated resonator matrix for wavelength-selective separation or joining of channels in the frequency domain of optical communications technology.Arrangement of optical resonators which are composed of dielectric waveguides which are mirrored at their ends predominantly with reflectors having high reflection factors close to the value one and whose longitudinal extent between the reflectors is great in comparison to the transverse dimensions perpendicular thereto, all optical resonators are integrated such on a substrate to form a matrix-like arrangement, referred to as resonator matrix. Two types of resonators can be distinguished, whereby the resonators of the first type are highly coupled to one another and act as coupled resonators (22, 221, 222), whereas the resonators of the second type act as wavelength-selective useful resonators (23, 231, 232) and, compared to the couplings between the resonators of the first type, are weakly coupled to one another or, respectively, to the resonators of the first type and form at least two useful resonator groups which are not coupled to one another (or are coupled to one another as little as possible) whereby a useful resonator group contains one or more useful resonators.
    • PCT No.PCT / DE86 / 00069 Sec。 一九八六年十月十四日 102(e)日期1986年10月14日PCT提交1986年2月25日PCT公布。 公开号WO86 / 04999 日期1986年8月28日。光通信技术频域中波长选择性分离或通道连接的集成谐振器矩阵。 光谐振器的布置由介质波导构成,其介电波导主要以反射系数近似于反射器的角度反射,反射器的纵向范围与垂直于其的横向尺寸相比较大,反射器的所有光学谐振器均为 集成在衬底上以形成称为谐振器矩阵的矩阵状布置。 可以区分两种类型的谐振器,由此第一类型的谐振器彼此高度耦合并作为耦合谐振器(22,221,222),而第二类谐振器作为波长选择性有用谐振器(23 ,231,232),并且与第一类型的谐振器之间的耦合相比,彼此弱耦合或分别耦合到第一类型的谐振器,并且形成至少两个有用的谐振器组,其不耦合到一个 另一个(或者尽可能少地彼此耦合),由此有用的谐振器组包含一个或多个有用的谐振器。
    • 5. 发明授权
    • Solid state circuit
    • 固态电路
    • US4286842A
    • 1981-09-01
    • US722416
    • 1976-09-13
    • Manfred Borner
    • Manfred Borner
    • G01R13/40G01R19/145H01L21/66G02F1/133
    • H01L22/24G01R13/407G01R19/145
    • A solid state circuit which has a plurality of integrated circuit elements, each having at least a pair of connecting terminals. The operability of the individual elements is determined by providing an arrangement including an insulating layer on the solid state circuit, this insulating layer having arranged on it the pairs of terminals of the individual elements with the insulating layer insulating all of the terminals from each other. At least one further layer is arranged on the insulating layer and covers at least the respective pairs of terminals of the elements. This further layer has, at least in the region where it covers respective pairs of element terminals, optical characteristics which are selectively variable in dependence on the potential difference between the pairs of terminals of each respective element. The arrangement may be used as a picture producer, converter or amplifier.
    • 一种固态电路,具有多个集成电路元件,每个集成电路元件至少具有一对连接端子。 各个元件的可操作性通过在固态电路上提供包括绝缘层的布置来确定,该绝缘层在其上布置有各个元件的端子对,其中绝缘层将所有端子彼此绝缘。 在绝缘层上至少布置另外的一层,并至少覆盖元件的相应端子对。 至少在其覆盖各对元件端子的区域中,该另外的层具有根据每个相应元件的端子对之间的电位差选择性地变化的光学特性。 该装置可以用作图像生成器,转换器或放大器。