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    • 4. 发明授权
    • Self power audit and control circuitry for microprocessor functional units
    • 用于微处理器功能单元的自检审计和控制电路
    • US06785826B1
    • 2004-08-31
    • US08682471
    • 1996-07-17
    • Christopher McCall DurhamPeter Juergen Klim
    • Christopher McCall DurhamPeter Juergen Klim
    • G06F126
    • G06F1/3203
    • A method and apparatus for reducing power dissipation within a functional unit of a microprocessor includes a power sensing circuit for sensing power dissipation of the functional unit. A low power mode identifying circuit identifies when the measured power dissipation of the functional unit exceeds a predetermined amount or value. Upon such a condition, a low power mode circuit operates the functional unit in a low power mode thereby reducing its power dissipation. Operation of the functional unit in the low power mode continues until the power dissipation reaches a safe level. The functional unit internally determines power dissipation and selectively enters a low power mode to reduce power dissipation of the functional unit. Low power mode operation of the functional unit reduces power dissipation of the functional unit.
    • 一种用于降低微处理器的功能单元内功耗的方法和装置,包括用于感测功能单元的功耗的功率检测电路。 低功率模式识别电路识别功能单元的测量功耗何时超过预定量或值。 在这种情况下,低功率模式电路以低功率模式操作功能单元,从而降低其功耗。 低功耗模式下的功能单元的运行持续到功耗达到安全水平。 功能单元内部确定功耗,并选择性地进入低功耗模式以降低功能单元的功耗。 功能单元的低功耗模式操作降低了功能单元的功耗。
    • 5. 发明授权
    • Self-timed CMOS static logic circuit
    • 自定时CMOS静态逻辑电路
    • US06522170B1
    • 2003-02-18
    • US09067153
    • 1998-04-27
    • Christopher McCall DurhamPeter Juergen Klim
    • Christopher McCall DurhamPeter Juergen Klim
    • H03K1900
    • H03K19/0966
    • A Self-Timed CMOS Static Circuit Technique has been invented that provides full handshaking to the source circuits; prevention of input data loss by virtue off interlocking both internal and incoming signals; full handshaking between the circuit and sink self-timed circuitry; prevention of lost access operation information by virtue of an internal lock-out for the output data information; and plug-in compatibility for some classes of dynamic self-timed systems. The net result of the overall system is that static CMOS circuits can now be used to generate a self-timed system. This is in contrast to existing self-timed systems that rely on dynamic circuits. Thus, the qualities of the static circuitry can be preserved and utilized to their fullest advantage.
    • 已经发明了一种自定时CMOS静态电路技术,其提供了对源电路的完全握手; 通过互锁内部和外部信号来防止输入数据丢失; 电路和接收器之间完全握手自定时电路; 借助于输出数据信息的内部锁定来防止丢失的访问操作信息; 以及一些类型的动态自定时系统的插件兼容性。 整个系统的最终结果是现在可以使用静态CMOS电路来生成自定时系统。 这与依赖于动态电路的现有自定时系统形成对比。 因此,可以保持静态电路的质量并充分利用它们。
    • 7. 发明授权
    • Apparatus and method for timing self-timed circuitry
    • 定时自定时电路的装置和方法
    • US5790560A
    • 1998-08-04
    • US767247
    • 1996-12-13
    • Christopher McCall DurhamPeter Juergen Klim
    • Christopher McCall DurhamPeter Juergen Klim
    • G01R31/28G01R31/30G01R31/3193
    • G01R31/30G01R31/2882G01R31/31937
    • A method and apparatus for timing self-timed circuitry measures the cycle time of a self-timed system or circuit. An input pattern generator generates a plurality of data input patterns that are sequentially input to the self-timed system or circuit. A valid output signal, generated after the self-timed system or circuit produces output signal(s) in response to each data input pattern and signals the input pattern generator to change the input to the next data input pattern. A timer measures the total amount of time required for the self-timed system or circuit to generate output signal(s) in response to the sequential input of each of the data input patterns. A counter counts the number of times a valid output signal is generated as the apparatus loops through each of the data input patterns. The timer result is divided by the counter result to determine the average cycle time (time delay) of a self-timed system or circuit across multiple data input patterns.
    • 用于定时自定时电路的方法和装置测量自定时系统或电路的周期时间。 输入图案生成器生成顺序地输入到自定时系统或电路的多个数据输入模式。 在自定时系统或电路之后产生的有效输出信号响应于每个数据输入模式产生输出信号,并且向输入模式发生器发信号,以将输入改变为下一个数据输入模式。 定时器测量自适应系统或电路响应于每个数据输入模式的顺序输入而产生输出信号所需的总时间量。 当计数器循环通过每个数据输入模式时,计数器计数生成有效输出信号的次数。 定时器结果除以计数器结果,以确定跨多个数据输入模式的自定时系统或电路的平均周期时间(时间延迟)。