Quartz Crystals
The importance of quartz crystal resonators in electronics results from their extremely high Q, relatively small size and excellent temperature stability. Quartz crystals are composed of silicon dioxide. The most important property is the phenomena called piezoelectricity when mechanical stress applied to the quartz crystal causes the generation of a directly related electric field. Vice versa the application of an electric field across the crystal will cause a directly related force within the crystal structure. Quartz crystals provide a reliable source for timing applications including clocks, servocontrols, analogue/ digital devices, and microprocessors.
In the column details of the table below, you will find further information to the selected component.
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Part Number |
Manuf. |
Technology |
Frequency |
Dimension [mm] |
Details |
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CM212 PDF, 79.8 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | 2.0 x 1.2 x 0.6 | Info » |
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CM315 PDF, 80.7 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | 3.2 x 1.5 x 0.9 | Info » |
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CM415 PDF, 81.7 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | 4 x 1.5 x 0.9 | Info » |
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CM519 PDF, 92.2 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | 4.9 x 1.8 x 1.0 | Info » |
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CM200C PDF, 93.7 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | 8 x 3.8 x 2.5 | Info » |
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CM250C PDF, 93.7 kB » | Citizen | SMD | 30 kHz - 100 kHz | 8 x 3.8 x 2.4 | Info » |
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CMJ206T PDF, 76.8 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | Ø2 x 6 | Info » |
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CMR200T PDF, 77.2 kB » | Citizen | SMD | 32.768 kHZ - 32.768 kHZ | Ø2 x 6 | Info » |
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CFS145 PDF, 73 kB » | Citizen | leaded | 32.768 kHZ - 32.768 kHZ | Ø1.5 x 5 | Info » |
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CFS206 PDF, 73 kB » | Citizen | leaded | 32.768 kHZ - 32.768 kHZ | Ø2 x 6 | Info » |
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