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    • 2. 发明申请
    • METHOD AND APPARATUS FOR SEQUENTIAL MEMORY ADDRESSING
    • 用于顺序存储器寻址的方法和装置
    • WO99057729A1
    • 1999-11-11
    • PCT/US1999/009849
    • 1999-05-06
    • G11C8/04G11C19/18G11C19/28
    • G11C8/04G11C19/184G11C19/28
    • Circuits for sequentially addressing memory locations in time with pulses received from a clock are disclosed. The circuits may provide a positive voltage output signal at successive output nodes (A, B, C, D, E) associated with corresponding stages in the circuit responsive to the application of a clock signal (CLOCK, -CLOCK) to the circuit stages. The circuit may comprise at least first and second stages wherein said first stage (100) comprises means Q1, QA, C1) for providing a positive voltage signal at a first output node (A) in the first stage in response to application of a first positive clock pulse (CLOCK) to the first stage, and wherein said second stage comprises means for providing a positive voltage signal at a second output node (B) in the second stage in response to application of a second posivitive clock pulse (-CLOCK) to the second stage. Addressing of memory locations that contain pixel information for a video display is one particular application in which sequential addressing may be required. Sequential addressing is useful in video applications because it permits sequential selection of the pixel rows and columns that make up the display screen. Sequential scanning of the memory locations for screen information can be carried out in conjunction with the scanning of an electron source across the screen of the display.
    • 公开了用于从时钟接收的脉冲随时间地寻址存储器位置的电路​​。 电路可以响应于向电路级施加时钟信号(CLOCK,-CLOCK)而在与电路中的相应级相关联的连续输出节点(A,B,C,D,E)处提供正电压输出信号。 电路可以包括至少第一和第二级,其中所述第一级(100)包括用于在第一级中的第一输出节点(A)处提供正电压信号的装置Q1,QA,C1A,以响应于第一级 正时钟脉冲(CLOCK)到第一级,并且其中所述第二级包括用于响应于施加第二定时时钟脉冲(-CLOCK)在第二级中的第二输出节点(B)处提供正电压信号的装置, 到第二阶段 包含视频显示的像素信息的存储器位置的寻址是可能需要顺序寻址的一个特定应用。 顺序寻址在视频应用中非常有用,因为它允许顺序选择组成显示屏的像素行和列。 可以结合扫描显示器屏幕上的电子源来执行屏幕信息的存储单元的连续扫描。
    • 5. 发明申请
    • MEMORY DEVICE
    • 内存设备
    • WO01097162A1
    • 2001-12-20
    • PCT/GB2001/002677
    • 2001-06-15
    • B42D15/10G06K19/07G06K19/077G11C19/18G06K7/08
    • G11C19/18
    • The invention provides a memory device (10) operable to receive an input signal and to generate a corresponding data bearing output signal in response, the device including a series of circuit stages (200) operable to be triggered by the input signal at a first stage of the series (stage 1) thereby causing a sequential triggering of stages along the series to a last stage of the series to generate the output signal, the data represented in time durations taken for each stage in the series to trigger a subsequent stage in the series. Sequential triggering of the stages generates a data bearing output signal for output from the device (10). The device (10, 800) can be modified to repetitively output the data in response to the input signal. Moreover, the device (900, 940) can be adapted to provide a delay before repeating the data, thereby coping with contention when several of the devices (900, 940) are operating within range of one another.
    • 本发明提供了一种可操作以接收输入信号并响应于产生相应的数据承载输出信号的存储器件(10),该器件包括一系列电路级(200),可操作以在第一级由该输入信号触发 (阶段1),从而导致顺序地触发沿着该系列的阶段到该系列的最后阶段以产生输出信号,该数据表示在该系列中的每个阶段所花费的时间持续时间以触发该系列中的后续阶段 系列。 级的顺序触发产生用于从装置(10)输出的数据承载输出信号。 可以修改设备(10,800)以响应于输入信号重复地输出数据。 此外,设备(900,940)可以适于在重复数据之前提供延迟,从而当多个设备(900,940)在彼此的范围内操作时,应对竞争。
    • 8. 发明申请
    • A SHIFT REGISTER CIRCUIT
    • 移位寄存器电路
    • WO2006100636A3
    • 2007-03-15
    • PCT/IB2006050854
    • 2006-03-20
    • KONINKL PHILIPS ELECTRONICS NVDEANE STEVEN C
    • DEANE STEVEN C
    • G11C19/18G09G3/36G11C19/28
    • G11C19/00G09G2300/0417G09G2310/0267G09G2310/0275G09G2310/0286G11C19/28
    • Each stage of a shift register circuit has a first input (Rn-i) connected to the output of a preceding stage, a drive transistor (Tdnve) for coupling a first clocked power line voltage (Pn) to the output (Rn) of the stage, a compensation capacitor (C-i) for compensating for the effects of a parasitic capacitance of the drive transistor, a first bootstrap capacitor (C2) connected between the gate of the drive transistor and the output (Rn) of the stage; and an input transistor (T,ni) for charging the first bootstrap capacitor (C2) and controlled by the first input (Rn-i). Each stage has an input section (10) coupled to the output (Rn-2) of the stage two (or more) stages before the stage having a second bootstrap capacitor (C3) connected between the gate of the input transistor (T,pi) and the first input (Rn-i). The use of two bootstrapping capacitors makes the circuit less sensitive to threshold voltage levels or variations, and enables implementation using amorphous silicon technology.
    • 移位寄存器电路的每个级具有连接到前级的输出端的第一输入端(Rn-i),用于将第一时钟的电源线电压(Pn)耦合到所述输出端的输出端(Rn)的驱动晶体管(Tdnve) 用于补偿驱动晶体管的寄生电容的影响的补偿电容器(Ci);连接在驱动晶体管的栅极与级的输出端(Rn)之间的第一自举电容器(C2); 以及用于对第一自举电容器(C2)充电并由第一输入(Rn-i)控制的输入晶体管(T,ni)。 每个级具有一个输入部分(10),该输入部分(10)耦合到阶段二(或更多)级的输出(Rn-2),在阶段之前具有连接在输入晶体管(T,pi)的栅极之间的第二自举电容器 )和第一输入(Rn-i)。 使用两个自举电容器使得电路对阈值电压电平或变化不太敏感,并且能够使用非晶硅技术实现。
    • 9. 发明申请
    • REGISTER ARRANGEMENT FOR A MICROCOMPUTER WITH A REGISTER AND FURTHER STORAGE MEDIA
    • 寄存器微电脑安排具有注册,并与其他基金MEMORY
    • WO01044928A1
    • 2001-06-21
    • PCT/DE2000/003781
    • 2000-10-26
    • G06F7/00G06F9/30G06F9/34G06F9/46G06F9/48G06F15/78G11C19/18G11C19/28
    • G06F9/30141G11C19/18G11C19/282
    • The invention relates to a register arrangement, for a microcomputer, with a register (1), which comprises at least one register bit (R1 to Rn) and further storage media, dedicated to the register (1) and in which the data content of the register (1) may be temporarily stored. According to the invention, in order to reduce the processing time for recovery of the data content of the register (1) and to keep the silicon area necessary for the register arrangement to a minimum, the further storage media should be arranged as at least one shift register (2), with at least two shift register cells (S1 to Sm), whereby the content of any shift register cell (S1 to Sm) may be transferred to a register bit (R1 to Rn) and, vice versa, the content of a register bit (R1 to Rn) may be transferred to any shift register cell (S1 to Sm).
    • 本发明涉及微型计算机的寄存器阵列,具有带有至少一个寄存器位(R1至Rn)的寄存器(1),并与附加的存储器装置相关联的寄存器(1)和其上Regsiters(1)高速缓存的数据内容 是。 为了减少一方面中,计算时间用于保存寄存器(1)的数据内容和但维持另一方面,用于寄存器安排尽可能低所需要的硅面积,所以建议的另外存储装置为至少移位寄存器(2)(具有至少两个移位寄存器单元S1到 SM)形成,可以由任何移位寄存器单元(S1至Sm)的寄存器位(内容R1至Rn的),反之亦然寄存器位,在任何移位寄存器单元(S1至Sm)的含量(R1至Rn)。
    • 10. 发明申请
    • A SHIFT REGISTER CIRCUIT
    • 移位寄存器电路
    • WO2006013542A3
    • 2006-05-04
    • PCT/IB2005052542
    • 2005-07-28
    • KONINKL PHILIPS ELECTRONICS NVDEANE STEVEN C
    • DEANE STEVEN C
    • G09G3/36G11C19/18
    • G09G3/3677G09G2310/0286G11C19/184
    • Each stage of a shift register circuit has a first input (R n-1 ) connected to the output of the preceding stage, a drive transistor ( T drive) for coupling a first clocked power line voltage (P n ) to the output (R n ) of the stage, a compensation capacitor (C 1 ) for compensating for the effects of a parasitic capacitance of the drive transistor, a first bootstrap capacitor (C 2 ) connected between the gate of the drive transistor and the output (R n ) of the stage; and an input transistor (T in1 ) for charging the first bootstrap capacitor (C 2 ) and controlled by the first input (R n-1 ). Each stage has an input section (10) coupled to the output (R n-2 ) of the stage two stages before the stage having a second bootstrap capacitor (C 3 ) connected between the gate of the input transistor (T in1 ) and the first input (R n-1 ). The use of two bootstrapping capacitors makes the circuit less sensitive to threshold voltage levels or variations, and enables implementation using amorphous silicon technology.
    • 移位寄存器电路的每个级具有连接到前一级的输出端的第一输入端(R SUB n-1),驱动晶体管(T驱动) 用于将第一时钟的电源线电压(P SUB n N)耦合到电平的输出(R SUB> N),补偿电容器(C 1) 用于补偿驱动晶体管的寄生电容的影响,连接在驱动晶体管的栅极和输出端之间的第一自举电容器(C SUB2&lt; 2&gt;), n ); 以及用于对第一自举电容器(C SUB2)进行充电并由第一输入(R SUB n-1)控制的输入晶体管(T in in1 < )。 每个级具有一个输入部分(10),该输入部分(10)在级具有第二自举电容器(C 3 3 N)之前耦合到级两级的输出端(R SUB n-2 N) 连接在输入晶体管的栅极(T IN1 in1)和第一输入端(R SUB n-1)之间。 使用两个自举电容器使得电路对阈值电压电平或变化不太敏感,并且能够使用非晶硅技术实现。