Design for test features of the ARM clock control macro

F. Frederick, T. McLaurin
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引用次数: 3

Abstract

The ability to apply a slow shift clock and an at-speed capture or functional clock is required to keep the average power down during test. A clock control macro (CCM) that can be attached to a PLL has been designed to meet the functional and structural test clocking needs of the Cortextrade-A8 microprocessor core. This includes a glitchless multiplexer, the ability to control separate clocks in isolation and the ability to switch between the reference clock and the PLL VCO clock. This clock control macro is different from previous ARM CCMs in that it has extra capability and it was coded to be synthesizable for reuse.
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设计用于测试ARM时钟控制宏的特性
在测试期间,需要应用慢移时钟和高速捕获或功能时钟的能力,以保持平均功率降低。为了满足cortex - a8微处理器内核的功能和结构测试时钟需求,设计了一个可以附加到锁相环上的时钟控制宏(CCM)。这包括一个无故障的多路复用器,隔离控制单独时钟的能力,以及在参考时钟和锁相环VCO时钟之间切换的能力。这个时钟控制宏不同于以前的ARM ccm,因为它有额外的功能,并且它被编码为可合成以重用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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