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    • 83. 发明授权
    • Shift array for pattern information processing device utilizing charge
coupled semiconductor device
    • 利用电荷耦合半导体器件的图形信息处理装置的移位阵列
    • US4041521A
    • 1977-08-09
    • US298569
    • 1972-10-18
    • Hideo SunamiYokichi ItohFumiyuki InoseYoshiaki Kamigaki
    • Hideo SunamiYokichi ItohFumiyuki InoseYoshiaki Kamigaki
    • G11C27/04H01L21/339H01L27/105H01L29/423H01L29/762H01L29/78
    • H01L27/1057H01L29/42396
    • A shift array for shifting carriers introduced into a semiconductor body toward the X-direction and Y-direction comprises an insulating layer disposed on the semiconductor body, first electrodes disposed on the insulating layer and arranged in a matrix on the X-Y plane, second electrodes disposed between adjacent first electrodes, conductors disposed adjacent to the first electrodes to be connected to the electrodes of each row when carriers are transferred toward the Y-direction, conductors disposed adjacent to the first electrodes to be connected to the electrodes of each column when carriers are transferred toward the X-direction. When carriers are transferred toward the X-direction, the second electrodes disposed between the adjacent first electrodes of each column are biased with a DC voltage whose electrical polarity is reversed relative to the DC voltage applied to the first electrodes for preventing the transit of carriers toward the Y-direction. When carriers are transferred toward the Y-direction, the second electrodes disposed between the adjacent first electrodes of each row are biased with a DC voltage whose polarity is reversed relative to the DC voltage applied to the first electrodes for preventing the transit of carriers toward the X-direction.
    • 用于将引入半导体本体的载流子移动到X方向和Y方向的移位阵列包括设置在半导体本体上的绝缘层,设置在绝缘层上并以矩阵形式布置在XY平面上的第一电极,第二电极设置 在相邻的第一电极之间,当载体朝着Y方向转移时,邻近第一电极设置的导体设置成与每行的电极连接,当载体为载体时,与第一电极邻近设置的导体连接到每列的电极 向X方向转移。 当载体向X方向转移时,设置在每列的相邻第一电极之间的第二电极被以直流电压偏置,该DC电压的电极性相对于施加到第一电极的DC电压反转,以防止载流子朝向 Y方向。 当载体朝向Y方向转移时,设置在每行的相邻第一电极之间的第二电极被以直流电压偏置,该直流电压的极性相对于施加到第一电极的直流电压而相反,以防止载流子朝向 X方向。
    • 85. 发明授权
    • Device for the selective storage of charges and for selective charge
shift in both directions with a charge-coupled charge shift arrangement
    • 用于选择性地存储电荷并且利用电荷耦合电荷移位装置在两个方向上进行选择性电荷移位的装置
    • US3987312A
    • 1976-10-19
    • US583287
    • 1975-06-03
    • Ulrich Ablassmeier
    • Ulrich Ablassmeier
    • G11C27/04G11C19/28H01L29/423H01L29/768G11C11/34H03K25/02
    • H01L29/76891G11C19/282G11C19/287H01L29/42396H01L29/76875
    • A device for selectively shifting charges in a given direction, or in the opposite direction, and for storing charges selectively employs a charge coupled charge shift arrangement having a substrate of doped semiconductor material, an electrical insulating layer on the substrate and at least one row of first electrodes on the insulating layer which are separated from one another by gaps and at least one row of second electrodes arranged at least over each gap and insulated from the first electrodes. In addition to contacts for introducing and withdrawing charges, first contact lines connect each first electrode to alternate ones of the first electrodes in the row and second contact lines connect each second electrode to alternate ones of the second electrodes in the row. Each of the contact lines which serves to connect the first electrodes is capacitively connected to the contact lines which serve to connect the second electrodes directly adjacent on the one side of the first electrodes. Either of the two contact lines which serve to connect the first electrodes or the other two contact lines are provided with a terminal for receiving respective pulse trains. A d.c. voltage supply is connected by way of a commutator switch to the first and second contact lines, the commutator switch having two closed and an open switch condition. The contact lines which are not provided with terminals for receiving pulse trains are each connected by way of an on-off switch to a further terminal of an electrical supply and the substrate is connected to another supply terminal.
    • 用于选择性地沿给定方向或相反方向移动电荷并用于存储电荷的装置选择性地使用具有掺杂半导体材料的衬底的电荷耦合电荷移位装置,衬底上的电绝缘层和至少一行 绝缘层上的第一电极通过间隙彼此分开,并且至少一排第二电极至少布置在每个间隙上并与第一电极绝缘。 除了用于引入和取出电荷的触点之外,第一接触线将每个第一电极连接到行中的交替的第一电极,并且第二接触线将每个第二电极连接到该行中的另一个第二电极。 用于连接第一电极的每个接触线与用于连接第一电极的一侧上直接相邻的第二电极的接触线电容连接。 用于连接第一电极或其他两个接触线的两个接触线中的任一个设置有用于接收各个脉冲串的端子。 一个d.c. 电压源通过换向器开关连接到第一和第二接触线路,换向器开关具有两个闭合和断开状态。 未设置用于接收脉冲串的端子的接触线各自通过开 - 关开关连接到电源的另一端子,并且衬底连接到另一个电源端子。
    • 90. 发明授权
    • Charge transfer device signal processing system
    • 充电传输设备信号处理系统
    • US3877056A
    • 1975-04-08
    • US32038273
    • 1973-01-02
    • TEXAS INSTRUMENTS INC
    • BAILEY WALTER H
    • G11C19/18G11C19/28G11C27/04H01L27/105H01L29/423H01L29/768H03H11/26H03H15/02H03K17/687H01L11/00
    • H01L29/42396G11C19/186G11C19/285G11C19/287G11C27/04H01L27/1057H01L29/768H01L29/76816H03H15/02H03H2015/026
    • An improved charge transfer device signal processing system is disclosed. In one aspect of the invention the signal at each node of a bucket brigade delay line is detected to provide a continuous output signal over a major portion of a cycle of a multiphase clock. In a different aspect of the invention the signals detected at the respective nodes of a matched filter are selectively summed to negative or positive summation busses to provide an electronically programmable matched filter. In still a different aspect of the invention a charge transfer device matched filter is provided in which both the magnitude and sign of the respective weighted signals can be selectively controlled. There is also provided an improved configuration for detecting the charge required to recharge the two different electrode portions of a split electrode weighted charge coupled device matched filter.
    • 公开了一种改进的电荷转移装置信号处理系统。 在本发明的一个方面中,检测到桶旅延迟线的每个节点处的信号,以在多相时钟的周期的主要部分上提供连续的输出信号。 在本发明的不同方面,在匹配滤波器的各个节点处检测的信号被选择性地相加到负或正相关总线以提供电子可编程匹配滤波器。 在本发明的另一方面,提供了电荷转移装置匹配滤波器,其中可以选择性地控制各个加权信号的幅度和符号。 还提供了一种改进的配置,用于检测对分裂电极加权电荷耦合器件匹配滤波器的两个不同电极部分进行再充电所需的电荷。