euroquartz limited blacknell lane crewkerne somerset uk ta18 7he tel: +44 (0)1460 230000 fax: +44 (0)1460 230001 info@euroquartz.co.uk www.euroquartz.co.uk euro quartz 3.2 x 2.5mm smd tight tolerance oscillator outline & dimensions frequency range: 20.0mhz to 60.0mhz output logic: lvcmos frequency tolerance: 1ppm maximum at 25c frequency stability: 5ppm over -20 to +70c ( ) output voltage high ?1?: vdd * 0.9 minimum output voltage low ?0?: vdd * 0.1 maximum load: 15pf current consumption: rise/falltime vdd 1.8v or 2.5v: 6ns maximum (10% to 90%vdd) vdd 3.3v: 4ns maximum (10% to 90%vdd) start-up time: 0.6ms typical, 1.0ms maximum symmetry: 50%5% measured at vdd/2 tristate function (pad 1): implemented as standard phase jitter (rms): 300 fs typical, 12khz to 20mhz phase noise: storage temperature: -55 to +150c ageing: 2ppm/year max. for first year specification example: 32.000mhz XOE32-5c-utc part numbering frequency series designation XOE32 stability required stability over operating temperature range. e.g '5c' for 5ppm over -10 to +70c; or '5i' = 5ppm over -40 to +85c output universal (hcmos) tristate (enable/disable) function (standard) supply voltage a = 3.3 volts b = 2.5 volts c = 1.8 volts XOE32 oscillators 20.0mhz to 60.0mhz solder temperature profile current consumption supply voltage (10%) +1.8v +2.5v +3.3v 20.0~39.99mhz 40.0~5.0mhz 3.0ma 3.5ma 4.0ma 4.5ma 5.0ma 7.0ma frequency offset 10hz 100hz 1khz 10khz 100khz 1mhz 10mhz dbc/hz -70 -101 -128 -148 -154 -156 -160 ssb phase noise XOE32 oscillators are high performance smd clock oscillators with tight temperature stability. frequency tolerance is 1ppm at 25c with stability of 5ppm over -10 to +70c. XOE32 oscillators exhibit superior phase noise performance: -154 dbc/hz at 100khz. integrated phase jitter is 300fs typical, 12khz to 20mhz. 1ppm tolerance, 5ppm over -10 to +70c a clock oscillator with close to tcxo performance femto second phase jitter and -154dbc/hz at 100khz offset an economic solution for tight tolerance and stability clocks features description
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