MK48T08
Abstract: MK48T18 AN934 MK48T m48t35 M48T02 M48T12 M48T86 MK48T02 MK48T12
Text: AN934 APPLICATION NOTE TIMEKEEPER Calibration The term “quartz accurate” has become a familiar phrase used to describe the accuracy of many time keeping functions. Quartz oscillators provide an accuracy far superior to other conventional oscillator designs, but they are not perfect. Quartz crystals are sensitive to temperature variations. Figure 1 shows the
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PDF
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AN934
MK48T08
MK48T18
AN934
MK48T
m48t35
M48T02
M48T12
M48T86
MK48T02
MK48T12
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MK48T08
Abstract: MK48T18 AN934 m48t08 m48t35 MK48T MK48T12 M48T02 M48T12 M48T86
Text: AN934 APPLICATION NOTE TIMEKEEPER Calibration The term “quartz accurate” has become a familiar phrase used to describe the accuracy of many time keeping functions. Quartz oscillators provide an accuracy far superior to other conventional oscillator designs, but they are not perfect. Quartz crystals are sensitive to temperature variations. Figure 1 shows the
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Original
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PDF
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AN934
MK48T08
MK48T18
AN934
m48t08
m48t35
MK48T
MK48T12
M48T02
M48T12
M48T86
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AN934
Abstract: AN-934 m48t35 M48T02 M48T12 M48T86 M41T56
Text: AN934 APPLICATION NOTE TIMEKEEPER Calibration INTRODUCTION The term “quartz accurate” has become a familiar phrase used to describe the accuracy of many time keeping functions. Quartz oscillators provide an accuracy far superior to other conventional oscillator designs, but they are not perfect. Quartz crystals are sensitive to temperature variations. Figure 1 shows the
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Original
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PDF
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AN934
AN934
AN-934
m48t35
M48T02
M48T12
M48T86
M41T56
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