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    • 7. 发明授权
    • Electronic circuit for a method for storing information, said circuit comprising ferroelectric flip-flops
    • 用于存储信息的方法的电子电路,所述电路包括铁电触发器
    • US06833731B1
    • 2004-12-21
    • US10070025
    • 2002-05-14
    • Christl LauterbachGeorg BraunUdo OllertWerner Weber
    • Christl LauterbachGeorg BraunUdo OllertWerner Weber
    • H03K1900
    • G01F15/06H03K3/356086H03K3/45
    • A supply voltage is needed in conventional electronic circuits used for processing signals, such as counting pulses. The supply voltage supplies the logic circuit components. Especially apparatuses which have to be operated over a longer period of time or/and in remote sites of use and are dependent upon a supply voltage are impaired with the dependency-related disadvantages, such as the necessity of expensive EEPROMs or significantly increased maintenance expenditure. The present invention relates to an electronic circuit which is provided with an input (5) for inputting at least one information signal, an energy means (2) for converting the energy that is present in the at least one information signal into a supply voltage, a control means (3) for generating at least one switch-on control signal when the information signal is input and a signal processing means (4) for storing information which is represented by the at least one information signal and/or for evaluating information which is represented by the at least one information signal and for storing the secondary information which is obtained by the evaluation. At least one ferroelectric flipflop (26) is used. The signal processing means (4) can be activated by the at least one switch-on control signal for evaluating and/or storing purposes. The at least one information signal can be or is the only energy source for the electronic circuit (1) during the evaluation and/or storing process.
    • 在用于处理信号的常规电子电路中需要电源电压,例如计数脉冲。 电源电压供给逻辑电路元件。 特别是必须在更长的时间段内或/和远程使用场所操作并且取决于电源电压的装置会受到依赖性相关缺点的损害,例如昂贵的EEPROM的必要性或显着增加的维护费用。 本发明涉及一种电子电路,其具有用于输入至少一个信息信号的输入端(5),用于将存在于至少一个信息信号中的能量转换为电源电压的能量装置(2) 用于当输入信息信号时产生至少一个接通控制信号的控制装置(3)和用于存储由至少一个信息信号表示的信息和/或用于评估信息的信息的信号处理装置(4) 由所述至少一个信息信号表示,并且用于存储通过评估获得的次要信息。 至少使用一个铁电触发器(26)。 信号处理装置(4)可以被至少一个接通控制信号激活,用于评估和/或存储目的。 在评估和/或存储过程期间,至少一个信息信号可以是或是电子电路(1)的唯一能量源。
    • 8. 发明授权
    • PIN-FET combination with buried p-layer
    • PIN-FET与掩埋p层组合
    • US5023686A
    • 1991-06-11
    • US538786
    • 1990-06-15
    • Albrecht HelmutChristl Lauterbach
    • Albrecht HelmutChristl Lauterbach
    • H01L27/14H01L27/144
    • H01L27/1443
    • A PIN-FET combination having a basic layer, a first semiconductor layer as an absorption layer or, resepectively, a buffer layer, a second semiconductor layer as a contact layer or, respectively, as a channel layer and a third semiconductor layer as a cover layer grown surface-wide on a substrate. The p.sup.+ -region of the photodiode and, respectively, the gate region of the FET being fashioned therein. The basic layer is undoped or n-doped in the region of the photodiode and is p-doped in the region of the FET and a surface-wide, p-doped layer portion is present in the region of the FET between the channel layer and the substrate.
    • 具有碱性层,作为吸收层的第一半导体层或重叠地缓冲层,作为接触层的第二半导体层或分别作为沟道层的第一半导体层和作为覆盖层的第三半导体层的PIN-FET组合 在基底上生长表面的层。 光电二极管的p +区域和分别形成在其中的FET的栅极区域。 基极层在光电二极管的区域是未掺杂的或n掺杂的,并且在FET的区域中被p掺杂,并且表面宽的p掺杂层部分存在于FET的区域中,在沟道层和 底物。