异步计数器

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  • asynchronous counter
异步计数器异步计数器
  1. 等待异步计数器收集线程结束时超时。

    Time out while waiting for asynchronous counter collection thread to end .

  2. 在异步计数器设计中,除了无效的状态外,凡是时针脉冲不起作用的时刻,电路的状态也应当成约束项来处理。

    On designing a asynchronous counter , not only the uneffective item , but also that the clock pulse unused should be treated as the laced item .

  3. 应用四值逻辑技术异步计数器的分析和设计

    Analysis and Design of Asynchronous Counters Using Four-Valued Logic Techniques

  4. 一种改进的异步计数器分析方法

    An Improved Analysis Method for Ripple Counter

  5. 本文介绍一种改进的异步计数器分析方法,提出时钟约束状态方程的概念与计算方法;给出了分析步骤与典型实例。

    This article introduced an improved analysis methods for ripple counter , put forward the conception and calculating methed of clock restrain state equation , gave the analysis steps and typical examples .

  6. 应用四值逻辑技术讨论异步计数器的分析和设计,给出异步计数器分析和设计的一种方法。这种方法也适用于同步计数器的分析和设计。

    This paper discusses analysis and design of asynchronous counters by using four-valued logic techniques and gives methods of analysis and design of asynchronous counters , which can also be used for analysis and design of synchronous counters .

  7. 为降低系统功耗,本文引入了多种低功耗技术,如系统时钟规划,系统级功耗管理,状态优化编码,全局钟控,异步计数器,门级功耗优化以及操作数隔离等等。

    To reduce the power , some low-power techniques are used in this design , such as system clock planning , system level power management , state optimization encoding , global clock gating , asynchronous counter , gate level power optimization , operands isolation , and so on .

  8. 异步N进制计数器的简便设计方法

    A Simple and Convenient Method to Design Asynchronous N-Scale Counter

  9. 介绍了采用FPGA芯片实现揭联惯导系统异步锁存计数器的设计方法,对计数器的性能进行了分析、测试。

    The method which adopts FPGA chip to design for asynchronism latching accumulator of SINS is introduced . The accumulator 's performance is analyzed and tested .

  10. 本文介绍的异步N进制计数器简便设计方法的原理及其推论,并给出了两个应用实例。

    This paper deals with the principles of a simple and convenient method to design asynchronous N - scale counter and the inferences drawn from these principle two practical illustrations are given in the paper .

  11. 异步二进制可逆计数器的设计

    The asynchronous binary up - down counter of design

  12. 异步十进制加法计数器的实验改进

    A experimental improvment of asynchronous decimal carry counter

  13. 异步任意值计数器的设计

    Design of Asynchronous Arbitrary Value Counter

  14. 分析了一个异步十进制加法计数器实验电路的错误,介绍了异步十进制加法计数器典型电路。

    This paper analysis the errors of experimental circuit on a asynchronous decimal carry counter , introduces a typical circuit on a asynchronous decimal carry counter .