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    • 3. 发明授权
    • First in first out (FIFO) memory
    • 先进先出(FIFO)存储器
    • US4151609A
    • 1979-04-24
    • US840827
    • 1977-10-11
    • William E. Moss
    • William E. Moss
    • G06F5/08G11C19/28G11C13/00G11C21/00
    • G06F5/08G11C19/28G11C19/287
    • This disclosure is directed to a First In First Out memory which comprises a register, an input control section, a register control section, and an output control section. The imput control section allows data to be entered into the First In First Out memory while the register control section shifts the data through the memory queing up at the locations closest to the output. The output control allows data to be taken out of the FIFO at a different rate than data is entered into the memory by the input control section. The register control section monitors the succeeding location and the previous location in the register to determine when data may be shifted in the register.
    • 本公开涉及包括寄存器,输入控制部分,寄存器控制部分和输出控制部分的先进先出存储器。 输入控制部分允许将数据输入到先进先出存储器,而寄存器控制部分通过存储器在最接近输出的位置排队移动数据。 输出控制允许以与输入控制部分输入到存储器的数据不同的速率从FIFO中取出数据。 寄存器控制部分监视寄存器中的后续位置和先前位置,以确定数据何时可能在寄存器中移位。
    • 5. 发明授权
    • ECL programmable logic array with direct testing means for verification
of programmed state
    • ECL可编程逻辑阵列,具有用于验证编程状态的直接测试手段
    • US4864165A
    • 1989-09-05
    • US141239
    • 1988-01-05
    • Barry A. HobermanWilliam E. Moss
    • Barry A. HobermanWilliam E. Moss
    • H03K19/173G06F7/00H03K19/00H03K19/018H03K19/177
    • H03K19/0016H03K19/01806H03K19/17708
    • A novel ECL Programmable Logic Array (PLA) is provided which operates as an ECL PLA, having ECL voltage level compatible input and output leads, thereby providing a high-speed PLA. A unique programming means is provided which allows the ECL PLA to be programmed using TTL-compatible programming voltage levels, such as are provided by common and inexpensive prior art TTL PLA programmers. In another embodiment higher speed is achieved by the design of each sense amplifier using emitter function logic such that the sense transistor and load functions a cascode amplifier. In another embodiment a lower power PLA device is achieved by utilizing a switched current source pull down means for pulling down the rows of the PLA array. In another embodiment low power and user convenience is achieved by allowing each pair of output terminals to share a predefined set of product terms. In another embodiment of this invention, each output terminal is capable of having its output polarity programmed, in order to provide either a desired product term, or the inverse of that product term.
    • 提供了一种新型的ECL可编程逻辑阵列(PLA),其作为ECL PLA工作,具有ECL电压电平兼容的输入和输出引线,从而提供高速PLA。 提供了一种独特的编程手段,使得ECL PLA可以使用TTL兼容的编程电压电平进行编程,例如由普通和便宜的现有技术TTL PLA编程器提供。 在另一个实施例中,通过使用发射器功能逻辑的每个读出放大器的设计实现更高的速度,使得感测晶体管和负载对共源共栅放大器起作用。 在另一个实施例中,通过利用用于下拉PLA阵列的行的开关电流源下拉装置来实现较低功率的PLA装置。 在另一个实施例中,通过允许每对输出终端共享预定义的一组产品项来实现低功率和用户便利性。 在本发明的另一个实施例中,每个输出端子能够对其输出极性进行编程,以便提供期望的乘积项或该乘积项的倒数。
    • 6. 发明授权
    • High speed PROM device
    • 高速PROM设备
    • US4432070A
    • 1984-02-14
    • US307044
    • 1981-09-30
    • William E. Moss
    • William E. Moss
    • G11C17/00G11C17/14G11C17/18G11C7/00
    • G11C17/18
    • A semiconductor memory device (100) utilizing a programming transistor (54) capable of switching high programming currents, and a read transistor (53) capable of sensing the state of the cell (i.e. programmed or unprogrammed). The programming transistor, utilized only when programming the cell, being rather large, is rather slow. The read transistor, utilized only when reading the cell, is constructed to be as small as possible, thereby achieving a substantially increased reading speed over prior art PROM devices which utilize a single transistor per memory cell for both programming and reading.
    • 利用能够切换高编程电流的编程晶体管(54)的半导体存储器件(100)和能够感测单元状态(即编程或未编程的)的读出晶体管(53)。 仅在编程单元时使用的编程晶体管相当缓慢。 仅在读取单元时使用的读取晶体管被构造为尽可能小,从而相比于现有技术的PROM器件获得显着提高的读取速度,该PROM器件利用每个存储器单元的单个晶体管进行编程和读取。
    • 7. 发明授权
    • Active cell crosspoint switch
    • 活动细胞交叉点开关
    • US06771162B1
    • 2004-08-03
    • US09687724
    • 2000-10-12
    • William E. Moss
    • William E. Moss
    • H03K1700
    • H03K19/09429H03K17/002H03K17/693
    • A high-speed, low distortion N×M crosspoint switch selectively routes input signals arriving at any of N input terminals to one or more of M output terminals. The crosspoint switch includes a switch cell array having N rows and M columns of switch cells. Each of N input lines convey the input signal arriving at a separate one of the N input signals to each switch cell of a corresponding array row. Each of M output lines convey output signals generated by cells of a corresponding array column to a separate switch output terminal. Each switch cell contains a CMOS tristate buffer and a memory cell for storing data controlling whether the tristate buffer is active or inactive. When a tristate buffer is active, it buffers an input signal appearing on one of the input lines to generate an output signal on one of the output lines. When inactive, a tristate buffer refrains from generating an output signal in response to its input signal. Each tristate buffer is configured so that much of its capacitance is decoupled from its input line when it is inactive so that it has minimal effect of signal propagation rates on its input line.
    • 高速,低失真NxM交叉点开关选择性地将输入信号到达N个输入端中的任何一个到M个输出端中的一个或多个。 交叉点开关包括具有开关单元的N行和M列的开关单元阵列。 N个输入线中的每个输入信号将到达N个输入信号中的单独一个的输入信号传送到相应阵列行的每个开关单元。 M个输出线中的每一个将相应阵列列的单元产生的输出信号传送到单独的开关输出端。 每个开关单元包含CMOS三态缓冲器和用于存储控制三态缓冲器是活动还是非活动的数据的存储单元。 当三态缓冲器有效时,缓冲一条输入线上出现的输入信号,以在其中一根输出线上产生一个输出信号。 当不活动时,三态缓冲器避免响应其输入信号产生输出信号。 每个三态缓冲器被配置为使得其大部分电容在其不活动时与其输入线解耦,使得其在其输入线上具有最小的信号传播速率的影响。
    • 8. 发明授权
    • Crosspoint switch array with broadcast and implied disconnect operating modes
    • 具有广播和隐含断开操作模式的交叉点开关阵列
    • US06356111B1
    • 2002-03-12
    • US09735430
    • 2000-12-12
    • William E. Moss
    • William E. Moss
    • H01L2500
    • H04Q3/521H03K17/002H04Q2213/1302H04Q2213/1304H04Q2213/13103H04Q2213/13305
    • A high-speed N×M crosspoint switch selectively routes input signals arriving at any of N input terminals to one or more of M output terminals through a switch cell array having N rows and M columns of switch cells, each for selectively providing a signal path between one input terminal and one output terminal. Each switch cell contains a first memory cell holding a data bit, a second memory cell holding a control bit, and a transistor for making or braking a signal path in response to the control bit. This switch cell architecture enables the crosspoint switch to operate in normal, implied disconnect and broadcast modes. In the normal mode a controller creates a routing pattern by writing data bits to the second memory cells and then signals all switch cells to transfer their data bits into the first memory cells. In the implied disconnect mode, when any cell of a column is signaled to make a path, all other cells along that column automatically break their paths. The broadcast mode allows the controller to quickly configure the array to broadcast a signal and then restore a previous routing pattern.
    • 高速NxM交叉点开关通过具有N行和M列的开关单元的开关单元阵列选择性地将到达N个输入端中的任一个的输入信号路由到M个输出端中的一个或多个,每个用于选择性地提供一个 输入端子和一个输出端子。 每个开关单元包含保持数据位的第一存储单元,保持控制位的第二存储单元和用于响应于控制位而制作或制动信号路径的晶体管。 该交换机单元架构使得交叉点交换机能够以正常的隐含的断开和广播模式运行。 在正常模式中,控制器通过将数据位写入第二存储器单元来创建路由模式,然后将所有交换单元信号传送到第一存储器单元中。 在隐含的断开模式下,当任何一个单元格的信号通知路径时,沿该列的所有其他单元格会自动断开其路径。 广播模式允许控制器快速配置阵列以广播信号,然后恢复先前的路由模式。