| Dallas Semiconductor. DS1553: 64k NV Y2KC Timekeeping RAM Manual. Technical report, Dallas Semiconductor, 1999. At http://www.dalsemi.com/DocControl/PDFs/1553.pdf. |
....size, temperature, etc. Therefore its drift rate remains mostly constant when surrounding conditions such as temperature are stable. Typical drift rates of crystal oscillators compared to Universal Coordinated Time (UTC) are on the order of 100 s per second. An example can be found in page 6 of [42]. Clock resolution. Many old computer systems (SVR4 386, BSD 386 V0.9, Linux x86 kernel V2.0) do not provide a time resolution higher than 10ms, either because they do not have better clock hardware or because their system times are generated by a 10 ms periodic interrupt, as explained in [43] ....
Dallas Semiconductor. DS1553: 64k NV Y2KC Timekeeping RAM Manual. Technical report, Dallas Semiconductor, 1999. At http://www.dalsemi.com/DocControl/PDFs/1553.pdf.
....size, temperature, etc. Therefore its drift rate remains mostly constant when surrounding conditions such as temperature are stable. Typical drift rates of crystal oscillators compared to Universal Coordinated Time (UTC) are on the order of 100 #s per second. An example can be found in page 6 of [42]. Clock resolution. Many old computer systems (SVR4 386, BSD 386 V0.9, Linux x86 kernel V2.0) do not provide a time resolution higher than 10ms, either because they do not have better clock hardware or because their system times are generated by a 10 ms periodic interrupt, as explained in [43] ....
Dallas Semiconductor. DS1553: 64k NV Y2KC Timekeeping RAM Manual. Technical report, Dallas Semiconductor, 1999. Athttp://www.dalsemi.com/DocControl/PDFs/1553.pdf.
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