Features: SpecificationsDescription The XOPL72 series is designed as 7 x 5mm programmable LVPECL oscillator.As such the parts are ideal for applications including serial communications, routers, switches, WAN interfaces and test equipment. XOPL72 has five features.The first one is that it would ha...
XOPL72: Features: SpecificationsDescription The XOPL72 series is designed as 7 x 5mm programmable LVPECL oscillator.As such the parts are ideal for applications including serial communications, routers, swi...
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Features: SpecificationsDescription The XOPL71 Series Oscillators is 11.4 x 9.6mm Programmable LVP...
The XOPL72 series is designed as 7 x 5mm programmable LVPECL oscillator.As such the parts are ideal for applications including serial communications, routers, switches, WAN interfaces and test equipment.
XOPL72 has five features.The first one is that it would have industry-standard 7 x 5mm package.The second one is that it would have a wide frequency range which would be from 150MHz to 700MHz.The third one is that it would be factory programmable for quick delivery.The fourth one is about its supply voltage which would be 3.3Volts.The fifth one is that it would have tristate function.That are all the features.
Some electrical specifications and characteristics of XOPL72 have been concluded into several points as follow.The first one is about its frequency range which would be from 150.0MHz to 700.0MHz.The second one is about its frequency stability which would be ±25ppm to ±100ppm 0° to +70°C for commercial and ±25ppm to ±100ppm -40° to +85°C for industrial.The third one is about its supply voltage which would be +3.3 Volts ±5%.The fourth one is about its operating temperature which would be from -40° to +85°C.The fifth one is about its storage temperature which would be from -55° to +125°C.The sixth one is about its symmetry which would be 45/55%.The seventh one is about its start-up time which would be 3ms typical, 10ms maximum.The eighth one is about its ageing which would be ±5ppm in first year of use.The ninth one is about its static discharge voltage which would be 2000V.The tenth one is about its supply current which would be 130mA maximum.The eleventh one is about its short circuit current which would be 50mA typical.The next one is about its jitter (RMS) period which would be 10ps.The next one is about its output voltage which means Vdd-1.025 Volts minimum for Voh and Vdd-1.62 Volts maximum for Vol.The last one is about its rise and fall time which would be 0.6nS typical and 1.5nS maximum.And so on.
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