Features: SpecificationsDescriptionThe QEUM5 is designed as UM5 crystal with through hole & gull wing SMD packaged.Some electrical characteristics of QEUM5 have been concluded into several points as follow. The first one is about its frequency range which would be min 10MHz and max 200MHz. The...
QEUM5: Features: SpecificationsDescriptionThe QEUM5 is designed as UM5 crystal with through hole & gull wing SMD packaged.Some electrical characteristics of QEUM5 have been concluded into several point...
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The QEUM5 is designed as UM5 crystal with through hole & gull wing SMD packaged.
Some electrical characteristics of QEUM5 have been concluded into several points as follow. The first one is about its frequency range which would be min 10MHz and max 200MHz. The second one is about its frequency tolerance (at 25°C) which would be min ±10 ppm and typ ±30 ppm and max ±50 ppm refer to ordering information. The third one is about its temperature stability which would be min ±10 ppm and typ ±30 ppm and max ±50 ppm refer to ordering information. The fourth one is about its operating temperature range which would be typical -20°C/+70°C and would be max -40°C/+85°C refer to ordering information. The fifth one is about its storage temperature range which would be from -40°C to +85°C. The sixth one is about its shunt capacitance which would be max 7.0pF. The seventh one is about its load capacitance which would be from 10pF to 32pF or series refer to ordering information. The eighth one is about its drive level which would be typ 100W and would be max 500W. The ninth one is about its aging (first year) which would be max ±3 ppm ref at 25°C. The tenth one is about its insulator resistance which would be min 500M at 100Vdc. That are all the main characteristics.
Also mechanical conditions of QEUM5 have been concluded into several points as follow. The first one is about its vibration which would be 10g, 10Hz to 2KHz according to standard CEI 68-2-63. The second one is about its shocks which would be 100g, 6ms according to standard CEI 68-2-27.
And something about its ESR vs. frequency range and mode of vibration about it. For the frequency range from 10.000 to 19.999MHz its mode of vibration would be fund and its max ESR would be 60. For the frequency range from 20.000 to 40.000MHz its mode of vibration would be fund and its max ESR would be 40. And so on. If you have any question or suggestion or want to know more information please contact us.