低功耗计时

M. Bloch, M. Meirs, J. Ho, J. Vig, S.S. Schodowski
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引用次数: 13

摘要

低功耗计时方法已经开发,提供提高精度在整个军用温度范围。这些方法根据应用程序提供了精度与功耗之间的权衡。该系统通过使用微机补偿晶体振荡器(MCXO)周期性更新低功耗振荡器时钟系统来实现这一性能。这种技术不会大大增加功耗,因为MCSO每次只打开几秒钟来重新校准时钟振荡器频率。使用这种技术,可以在温度范围内制造+或5*10/sup -6/的时钟振荡器,以接近MCXO的+或-*10/sup -8/精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low power timekeeping
Low-power timekeeping methods have been developed that provide improved accuracy over the full military temperature range. These methods provide tradeoffs of accuracy vs. power consumption dependent upon the application. The system achieves this performance by using a microcomputer-compensated crystal oscillator (MCXO) to periodically update a low-power oscillator clock system. This technique does not substantially increase the power dissipation because the MCSO is turned on for only a few seconds each time to recalibrate the clock oscillator frequency. Using this technique, a clock oscillator of +or-5*10/sup -6/ over the temperature range can be made to approach the +or-*10/sup -8/ accuracy of the MCXO.<>
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