By R A Becker
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Sample text
Wiley-Interscience, Hoboken, NJ, July 2005. 16 IMPORTANCE OF CLOCK SIGNAL IN MODERN MICROELECTRONIC SYSTEMS [Ger67] E. A. Gerber and R. A. Sykes, “Quartz frequency standards,” Proc. IEEE, vol. 55, no. 6, pp. 783–791, 1967. [Jon00] T. Jones, Splitting the Second: The Story of Atomic Time, Institute of Physics, 2000. [Kil64] J. S. patent 3138743, 1964. cfm [Noy61] R. N. S. patent 2981877, 1961. [Oma09] “OMAP3530/25 applications processor,” SPRS507F, Rev. , Oct. pdf. [Raz03] B. Razavi, Phase-Locking in High-Performance Systems: From Devices to Architectures, Wiley-IEEE Press, Hoboken, NJ, Feb.
The latest trend of Internet of Things (IoT)]. To create a temporal sequence in a networked environment so that events can occur in a sequential order, a common view of time needs to be established. 13 Future systems are networked: calling for a common view of time among all systems (left); method of generating time in each system (right). 14 IMPORTANCE OF CLOCK SIGNAL IN MODERN MICROELECTRONIC SYSTEMS here refers to time as used in our daily life: days, hours, minutes, seconds). A frequency source is used to generate ticks, which are then used to drive a counting mechanism.
The source of the problem originates from the fact that electrical circuits are made to handle magnitude (or level), not time. In a circuit, information is represented by the medium of the electron. It is created based on the magnitude of electron flow using proportional (analog) or binary (digital) relationships. Time is created indirectly through a voltage-level-crossing-apredetermined-threshold. Therefore, the task of building a timekeeper in an electronic system is inherently difficult because the problem is unique and the uniqueness lies in the fact that a timekeeper circuit is not just for information processing; it relates two basic properties of the universe: time and force [Bar02].