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    • 1. 发明授权
    • DMA module having plurality of first addressable locations and determining if first addressable locations are associated with originating DMA process
    • DMA模块具有多个第一可寻址位置并且确定第一可寻址位置是否与始发DMA进程相关联
    • US07293120B2
    • 2007-11-06
    • US10751668
    • 2004-01-05
    • Burkhard Giebel
    • Burkhard Giebel
    • G06F13/00G06F13/28
    • G06F13/28
    • A DMA module includes an address generator to perform a write or read access to a location of an addressable memory, and an address counter to advance a stored address to an adjacent memory location. The address counter does not act on an internal register of the DMA module but instead is configured so that between reading an address value from the memory and writing the address value to the memory, the address counter is advanced once. The memory location at which the address value is read or written takes on the function of a register conventionally integrated in the DMA module. This approach reduces the space requirement of the DMA module, and the DMA module may be employed to control a large number of DMA processes that may mutually interrupt each other by providing a plurality of memory locations to store specifications of the DMA blocks.
    • DMA模块包括地址发生器,用于执行对可寻址存储器的位置的写入或读取访问,以及地址计数器,用于将存储的地址推进到相邻存储器位置。 地址计数器不对DMA模块的内部寄存器起作用,而是配置为在从存储器读取地址值并将地址值写入存储器之前,地址计数器被提前一次。 读取或写入地址值的存储器位置具有常规集成在DMA模块中的寄存器的功能。 这种方法减少了DMA模块的空间需求,并且可以采用DMA模块来控制可以通过提供多个存储器位置来存储DMA块的规范来相互中断的大量DMA进程。
    • 4. 发明授权
    • Electrically programmable memory matrix
    • 电可编程存储矩阵
    • US4597064A
    • 1986-06-24
    • US518239
    • 1983-07-28
    • Burkhard Giebel
    • Burkhard Giebel
    • G11C17/00G11C7/00G11C16/02G11C16/08G11C16/10G11C8/00
    • G11C16/08G11C16/10
    • An electrically programmable memory matrix comprises electrically programmable memory cells arranged in columns and rows, each consisting of a source-drain series arrangement of a memory transistor with a select transistor. The gate of the select transistor may be connected to one of row selecting lines of a row decoder, to which there are connected all gates of one row of the selected transistors of the memory cells of the same row. Control gates of groups of memory transistors (Ts) of one row may be connected to one common programming line, with these programming lines being connected by blocks via each time one group select transistor to one common block line which, via the source-drain line of a block select transistor whose gate is connected to one of a plurality of outputs of a block decoder is connected to one source of block signals. Re-programmability of a fixed number of memory cells only upon application of a further input signal, apart from a function signal, is accomplished by subdividing at least one of the two decoders into a first decoder part to the function signal input of which the programming signal is applied directly, and into a second decoder part whose function signal input is connected to the output of a gate circuit having two inputs. Th output signal of the gate circuit is only then at the value corresponding to the function "programming" when the first input is also at the value corresponding to the function "programming", and when the second input is at that particular value which permits a programming of the second decoder part.
    • 电可编程存储器矩阵包括以列和行排列的电可编程存储单元,每一个由具有选择晶体管的存储晶体管的源 - 漏串联布置组成。 选择晶体管的栅极可以连接到行解码器的行选择线之一,其中连接同一行的存储器单元的所选晶体管的一行的所有栅极。 一行的存储晶体管(Ts)的组的控制栅极可以连接到一个公共编程线,这些​​编程线通过每个一个组选择晶体管通过块连接到一个公共块线,其经由源极 - 漏极线 其栅极连接到块解码器的多个输出中的一个的块选择晶体管连接到块信号的一个源。 除了功能信号之外,仅在施加另外的输入信号时,固定数量的存储器单元的可重新编程通过将两个解码器中的至少一个分解为第一解码器部分来实现,该第一解码器部分编程为功能信号输入 信号直接施加到第二解码器部分,其功能信号输入连接到具有两个输入的门电路的输出。 当第一输入也处于与功能“编程”相对应的值时,门电路的Th输出信号仅处于对应于功能“编程”的值,并且当第二输入处于允许 第二解码器部分的编程。
    • 6. 发明授权
    • Integrated memory matrix comprising nonvolatile reprogrammable storage
cells
    • 包括非易失性可再编程存储单元的集成存储器矩阵
    • US4524429A
    • 1985-06-18
    • US472349
    • 1983-03-04
    • Burkhard Giebel
    • Burkhard Giebel
    • G11C17/00G11C16/04G11C16/06G11C29/00G11C29/12G11C29/50G11C11/40
    • G11C29/50G11C16/0433G06F2201/81G11C16/04
    • The invention discloses an integrated memory matrix comprising nonvolatile reprogrammable storage (memory) cells arranged in rows and columns, as well as a classifying circuit integrated as well in the semiconductor body of the memory matrix, containing a nonprogrammable reference storage cell (Mr) of the same construction as that of the storage cells, and which is manufactured simultaneously as a comparison standard, with the storage cells. With the aid of a first voltage divider (Q1) integrated as well, whose output voltage is adjustable in steps, and whose output current is fed into the source-drain line of the reference storage cell (Mr) and/or of a second voltage divider (Q2) adjustable in steps and integrated as well, whose output voltage is applied to the control gate of the storage transistor (Ts) of the reference storage cell (Mr), it is possible to simulate a threshold voltage which is compared with the threshold voltages of the storage cells (M11 . . . Mmn) of the memory matrix (S) either individually or in groups with the aid of a comparator circuit (Ad) for obtaining a classifying criterion.
    • 本发明公开了一种集成存储器矩阵,其包括排列成行和列的非易失性可再编程存储(存储器)单元,以及集成在存储器矩阵的半导体本体中的分类电路,其包含不可编程的参考存储单元 与存储单元的构造相同,并且作为比较标准与存储单元同时制造。 借助于集成的第一分压器(Q1),其输出电压可以步进地调节,并且其输出电流被馈送到参考存储单元(Mr)的源极 - 漏极线和/或第二电压 分压器(Q2)可以步进调节并集成,其输出电压施加到参考存储单元(Mr)的存储晶体管(Ts)的控制栅极,可以模拟与 借助于用于获得分类标准的比较器电路(Ad),单独地或分组地存储矩阵(S)的存储单元(M11 ... Mmn)的阈值电压。
    • 7. 发明授权
    • MOS driver circuit for suppressing interference by preventing shunt
currents
    • MOS驱动电路,用于通过防止分流电流来抑制干扰
    • US5608346A
    • 1997-03-04
    • US491500
    • 1995-06-16
    • Burkhard Giebel
    • Burkhard Giebel
    • H03K19/00H03K17/16
    • H03K19/0013
    • A MOS driver circuit has a first output transistor and a second output transistor which are driven in push-pull into a conducting state by a first driver stage having first high impedance and first low impedance elements and a second driver stage having second high impedance and second low impedance elements, respectively. The high impedance driver elements drive the output transistors into a conducting or nonconducting state and the low impedance driver elements hold the output transistors in the nonconducting state. The junction of the output transistors can be connected to a load. A holding stage for each driver stage is cross coupled to a high impedance driver element of one output transistor and the low impedance driver element of the other output transistor, so as to drive one output transistor in the conducting state while holding the other output transistor in a nonconducting state. As a result, shunt currents between the output transistors are avoided even in the presence of output noise.
    • MOS驱动器电路具有第一输出晶体管和第二输出晶体管,所述第一输出晶体管和第二输出晶体管通过具有第一高阻抗和第一低阻抗元件的第一驱动级被推挽驱动而导通状态,以及具有第二高阻抗和第二高阻抗元件的第二驱动级 低阻抗元件。 高阻抗驱动器元件将输出晶体管驱动成导通或不导通状态,并且低阻抗驱动器元件将输出晶体管保持在非导通状态。 输出晶体管的结可以连接到负载。 每个驱动级的保持级与一个输出晶体管的高阻抗驱动器元件和另一个输出晶体管的低阻抗驱动元件交叉耦合,以便将一个输出晶体管驱动在导通状态,同时将另一个输出晶体管保持在 非导体状态。 结果,即使在存在输出噪声的情况下也避免了输出晶体管之间的分流电流。
    • 9. 发明授权
    • Circuit for checking memory cells of programmable MOS-integrated
semiconductor memories
    • 用于检查可编程MOS集成半导体存储器的存储单元的电路
    • US4458338A
    • 1984-07-03
    • US290514
    • 1981-08-06
    • Burkhard GiebelHans MoormannLothar Schrader
    • Burkhard GiebelHans MoormannLothar Schrader
    • G01R31/26G06F12/16G11C29/00G11C29/06G11C29/34G11C29/46G11C7/00
    • G11C29/46G11C29/34
    • Circuit arrangement for checking memory cells of programmable MOS-integrated semiconductor memories, especially non-volatile semiconductor memories of the floating-gate type, has an active programming and read mode of operation wherein all word lines of the semiconductor memory with the exception of one selected word line are at a low level. The circuit arrangement also has an inactive power-down mode of operation, wherein all word lines at a high level. Both of the modes of operation are represented by a signal having a first level for the active mode of operation and a second level for the inactive mode of operation. The circuit arrangement further includes a single circuit in the semiconductor memory switchable via a first signal indicating the operating mode for the memory cell test, wherein all of the word lines are addressed by a voltage corresponding to the programming voltage, as a function of a single second signal fed into the semiconductor memory from the outside, from the level indicating the active mode of operation to the level indicating the inactive mode of operation, so that all the word lines can be switched simultaneously to the level required for programming.
    • 用于检查可编程MOS集成半导体存储器,特别是浮栅型非易失性半导体存储器的存储单元的电路布置具有有效的编程和读操作模式,其中半导体存储器的所有字线除了一个选定的 字线处于低水平。 电路装置还具有无效的掉电操作模式,其中所有字线处于高电平。 这两种操作模式由具有用于主动操作模式的第一级的信号和用于非活动操作模式的第二级来表示。 该电路装置还包括半导体存储器中的单个电路,其经由指示存储器单元测试的工作模式的第一信号可转换,其中所有字线由与编程电压相对应的电压作为单个电路的函数 第二信号从外部馈送到半导体存储器,从指示活动操作模式的电平到指示不活动操作模式的电平,使得所有字线可以同时切换到编程所需的电平。