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    • 4. 发明申请
    • ROBUST TIME BORROWING PULSE LATCHES
    • 坚固的时间钻孔脉冲锁
    • US20090243687A1
    • 2009-10-01
    • US12060795
    • 2008-04-01
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • H03K3/286H03K3/00G06F1/04H03K3/037
    • H03K3/0375
    • Configurable time-borrowing flip-flops may be based on configurable pulse generation circuitry and pulse latches. The circuitry may use a self-timed architecture that controls the width of clock pulses that are generated so that the pulse latches that are controlled by the clock pulses exhibit a reduced risk of race through conditions. Latch circuitry may be provided that is based on a pulse latch and an additional latch connected in series with the pulse latch. In situations in which there is a potential for race through conditions on an integrated circuit, the additional latch may be switched into use to convert the latch circuitry into an edge-triggered flip flop. Clock trees may be provide with configurable shorting structures that help to reduce clock skew. Low-contention clock drivers may drive signals onto the clock tree paths.
    • 可配置的借位触发器可以基于可配置的脉冲生成电路和脉冲锁存器。 电路可以使用控制产生的时钟脉冲的宽度的自定时架构,使得由时钟脉冲控制的脉冲锁存器显示出通过条件降低的风险。 可以提供锁存电路,其基于与脉冲锁存器串联连接的脉冲锁存器和附加锁存器。 在集成电路中存在竞争条件的可能性的情况下,附加锁存器可以被切换成使用,以将锁存电路转换成边沿触发的触发器。 时钟树可以提供可配置的短路结构,有助于减少时钟偏移。 低竞争时钟驱动器可能会将信号驱动到时钟树路径上。
    • 5. 发明授权
    • Pulse width control circuitry
    • 脉宽控制电路
    • US08253463B1
    • 2012-08-28
    • US12721488
    • 2010-03-10
    • Jeffrey Christopher ChromczakDavid Lewis
    • Jeffrey Christopher ChromczakDavid Lewis
    • H03K5/04
    • H03K3/017H03K3/0375H03K5/131
    • Integrated circuits with pulse latches are provided. Pulse latches are controlled by clock pulse signals. The clock pulse signals are generated by pulse generators. The pulse generators are controlled by adaptive pulse width control circuitry to provide clock pulse signals with a minimum pulse width and with sufficient margin to tolerate for process, voltage, and temperature variations. The pulse width control circuitry may include a replica pulse generator, a test data generation circuit, a test latch, and a pulse width calibration circuit. The replica pulse generator controls the test latch. The test latch may attempt to latch the test data. The pulse width control circuit may determine if the test latch properly latches the test data with the given pulse width. The pulse width control circuit adjusts the pulse generator dynamically to provide a minimized pulse width.
    • 提供具有脉冲锁存器的集成电路。 脉冲锁存器由时钟脉冲信号控制。 时钟脉冲信号由脉冲发生器产生。 脉冲发生器由自适应脉冲宽度控制电路控制,以提供具有最小脉冲宽度的时钟脉冲信号,并具有足够的裕度以容忍过程,电压和温度变化。 脉冲宽度控制电路可以包括复制脉冲发生器,测试数据产生电路,测试锁存器和脉冲宽度校准电路。 复制脉冲发生器控制测试锁存器。 测试锁存器可以尝试锁存测试数据。 脉冲宽度控制电路可以确定测试锁存器是否以给定的脉冲宽度适当地锁存测试数据。 脉冲宽度控制电路动态地调节脉冲发生器以提供最小的脉冲宽度。
    • 6. 发明授权
    • Robust time borrowing pulse latches
    • 稳健的时间借用脉冲锁存器
    • US08427213B2
    • 2013-04-23
    • US13347626
    • 2012-01-10
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • H03K3/00
    • H03K3/0375
    • Configurable time-borrowing flip-flops may be based on configurable pulse generation circuitry and pulse latches. The circuitry may use a self-timed architecture that controls the width of clock pulses that are generated so that the pulse latches that are controlled by the clock pulses exhibit a reduced risk of race through conditions. Latch circuitry may be provided that is based on a pulse latch and an additional latch connected in series with the pulse latch. In situations in which there is a potential for race through conditions on an integrated circuit, the additional latch may be switched into use to convert the latch circuitry into an edge-triggered flip flop. Clock trees may be provide with configurable shorting structures that help to reduce clock skew. Low-contention clock drivers may drive signals onto the clock tree paths.
    • 可配置的借位触发器可以基于可配置的脉冲生成电路和脉冲锁存器。 电路可以使用控制产生的时钟脉冲的宽度的自定时架构,使得由时钟脉冲控制的脉冲锁存器显示出通过条件降低的风险。 可以提供锁存电路,其基于与脉冲锁存器串联连接的脉冲锁存器和附加锁存器。 在集成电路中存在竞争条件的可能性的情况下,附加锁存器可以被切换成使用,以将锁存电路转换成边沿触发的触发器。 时钟树可以提供可配置的短路结构,有助于减少时钟偏移。 低竞争时钟驱动器可能会将信号驱动到时钟树路径上。
    • 7. 发明申请
    • ROBUST TIME BORROWING PULSE LATCHES
    • 坚固的时间钻孔脉冲锁
    • US20110089974A1
    • 2011-04-21
    • US12976752
    • 2010-12-22
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • H03K19/00H03K3/00
    • H03K3/0375
    • Configurable time-borrowing flip-flops may be based on configurable pulse generation circuitry and pulse latches. The circuitry may use a self-timed architecture that controls the width of clock pulses that are generated so that the pulse latches that are controlled by the clock pulses exhibit a reduced risk of race through conditions. Latch circuitry may be provided that is based on a pulse latch and an additional latch connected in series with the pulse latch. In situations in which there is a potential for race through conditions on an integrated circuit, the additional latch may be switched into use to convert the latch circuitry into an edge-triggered flip flop. Clock trees may be provide with configurable shorting structures that help to reduce clock skew. Low-contention clock drivers may drive signals onto the clock tree paths.
    • 可配置的借位触发器可以基于可配置的脉冲生成电路和脉冲锁存器。 电路可以使用控制产生的时钟脉冲的宽度的自定时架构,使得由时钟脉冲控制的脉冲锁存器具有降低的竞争条件的风险。 可以提供锁存电路,其基于与脉冲锁存器串联连接的脉冲锁存器和附加锁存器。 在集成电路中存在竞争条件的可能性的情况下,附加锁存器可以被切换成使用,以将锁存电路转换成边沿触发的触发器。 时钟树可以提供可配置的短路结构,有助于减少时钟偏移。 低竞争时钟驱动器可能会将信号驱动到时钟树路径上。
    • 8. 发明申请
    • FLEXIBLE ADDER CIRCUITS WITH FAST CARRY CHAIN CIRCUITRY
    • 具有快速链接电路的灵活的ADDER电路
    • US20090267643A1
    • 2009-10-29
    • US12111142
    • 2008-04-28
    • David LewisJeffrey Christopher Chromczak
    • David LewisJeffrey Christopher Chromczak
    • G06F7/38
    • G06F7/506G06F2207/4812
    • Configurable adder circuitry is provided on an integrated circuit that includes redundant circuitry. The integrated circuit may contain nonvolatile memory and logic circuitry that produces a redundancy control signal. During manufacturing, the integrated circuitry may be tested. If a defect is identified on the integrated circuit, the redundancy control signal may be used in switching redundant circuitry into place bypassing the defect. The integrated circuit may contain an array of logic regions. Each logic region may contain adders and multiplexer circuitry for selectively combining the multiplexers to form larger adders. The multiplexer circuitry in each logic region may be controlled by propagate signals from the adders and by static redundancy control signals.
    • 在包括冗余电路的集成电路上提供可配置加法器电路。 集成电路可以包含产生冗余控制信号的非易失性存储器和逻辑电路。 在制造期间,可以测试集成电路。 如果在集成电路上识别出缺陷,则冗余控制信号可用于将冗余电路切换到绕过缺陷的位置。 集成电路可以包含逻辑区域的阵列。 每个逻辑区域可以包含加法器和多路复用器电路,用于选择性地组合多路复用器以形成较大的加法器。 每个逻辑区域中的复用器电路可以由来自加法器的传播信号和静态冗余控制信号来控制。
    • 9. 发明授权
    • Robust time borrowing pulse latches
    • 稳健的时间借用脉冲锁存器
    • US08115530B2
    • 2012-02-14
    • US12976752
    • 2010-12-22
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • H03K3/00
    • H03K3/0375
    • Configurable time-borrowing flip-flops may be based on configurable pulse generation circuitry and pulse latches. The circuitry may use a self-timed architecture that controls the width of clock pulses that are generated so that the pulse latches that are controlled by the clock pulses exhibit a reduced risk of race through conditions. Latch circuitry may be provided that is based on a pulse latch and an additional latch connected in series with the pulse latch. In situations in which there is a potential for race through conditions on an integrated circuit, the additional latch may be switched into use to convert the latch circuitry into an edge-triggered flip flop. Clock trees may be provide with configurable shorting structures that help to reduce clock skew. Low-contention clock drivers may drive signals onto the clock tree paths.
    • 可配置的借位触发器可以基于可配置的脉冲生成电路和脉冲锁存器。 电路可以使用控制产生的时钟脉冲的宽度的自定时架构,使得由时钟脉冲控制的脉冲锁存器显示出通过条件降低的风险。 可以提供锁存电路,其基于与脉冲锁存器串联连接的脉冲锁存器和附加锁存器。 在集成电路中存在竞争条件的可能性的情况下,附加锁存器可以被切换成使用,以将锁存电路转换成边沿触发的触发器。 时钟树可以提供可配置的短路结构,有助于减少时钟偏移。 低竞争时钟驱动器可能会将信号驱动到时钟树路径上。
    • 10. 发明授权
    • Robust time borrowing pulse latches
    • 稳健的时间借用脉冲锁存器
    • US07872512B2
    • 2011-01-18
    • US12060795
    • 2008-04-01
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • David LewisDavid CashmanJeffrey Christopher Chromczak
    • H03K3/289
    • H03K3/0375
    • Configurable time-borrowing flip-flops may be based on configurable pulse generation circuitry and pulse latches. The circuitry may use a self-timed architecture that controls the width of clock pulses that are generated so that the pulse latches that are controlled by the clock pulses exhibit a reduced risk of race through conditions. Latch circuitry may be provided that is based on a pulse latch and an additional latch connected in series with the pulse latch. In situations in which there is a potential for race through conditions on an integrated circuit, the additional latch may be switched into use to convert the latch circuitry into an edge-triggered flip flop. Clock trees may be provide with configurable shorting structures that help to reduce clock skew. Low-contention clock drivers may drive signals onto the clock tree paths.
    • 可配置的借位触发器可以基于可配置的脉冲生成电路和脉冲锁存器。 电路可以使用控制产生的时钟脉冲的宽度的自定时架构,使得由时钟脉冲控制的脉冲锁存器具有降低的竞争条件的风险。 可以提供锁存电路,其基于与脉冲锁存器串联连接的脉冲锁存器和附加锁存器。 在集成电路中存在竞争条件的可能性的情况下,附加锁存器可以被切换成使用,以将锁存电路转换成边沿触发的触发器。 时钟树可以提供可配置的短路结构,有助于减少时钟偏移。 低竞争时钟驱动器可能会将信号驱动到时钟树路径上。