t x 7 - 705 - s q - hp high precision analogue temperature compensated smd tcxo specifications subject to change without notice 0011/65/eu rohs compliant 21 feb. 15 quartzcom ag fax +41 32 644 24 05 bischmattstrasse 11 tel +41 32 644 24 00 ch 2544 b ettlach e - mail sales@quartzcom.com switzerland www.quartzcom.com features ? application s : instrumentation , synchronisation , sat ellite navigation ? high frequency stability vs. temperature: 0.10 ~ 0.5 ppm ? output signal clipped sine wave or cmos ? low phase noise , high reliability standard frequencies 10, 12.2880, 12.8, 16.384, 20, 25, 30, 32, 32. 768 , 33.6, 40, 49.152 & 50 mhz frequency range 5 .0 ~ 52.0 mhz frequency stability vs. temperature reference to (f max +f min )/2 0.5 ppm over - 40 to +85 c standard 0.2 ppm over - 40 to +85 c on request 1.0 ppm over - 55 to +95 c on request vs. supply voltage changes reference to frequency at nominal supply 0.05 ppm 5 % vs. load changes reference to frequency at nominal load 0.05 ppm 10 % vs. aging 1.0 ppm 1 st year frequency slope 0.05 ppm/c over operating temperature g - sensitivity < 1.5 ppb/g gamma standard < 0.5 ppb/g gamma on request short term stability (adev) < 1 x 10 - 10 = 1 s supply v oltage (nominal value needs to be defined) +2.7 v to +5.0 v (2.7 v, 3.0 v, 3.3 v & 5.0 v) supply current 1.5 ~ 8 ma 10 mhz ~ 52 mhz output signal clipped sine wave cmos output level > 0.8 vp -p v oh > 0.9 x vdc / v ol < 0.1 x vdc output load 10 k ? // 10 pf 15 pf symmetry (duty cycle) 45 / 55 % @ ? vdc tri - state function input 0.7 x vdc or open output ? oscillation input 0.3 x vdc or gnd output ? high impedance phase noise @ 20.0 mhz < - 125 dbc/hz @ 100 hz < - 145 dbc/hz @ 1 khz < - 155 dbc/hz @ 10 khz < - 155 dbc/hz @ 100 khz operating temperature range - 20 ~ +70 c indoor - 40 ~ +85 c outdoor - 55 ~ +95 c (extended temperature range on request) storage temperature range - 55 ~ +125 c reflow profiles as per ipc/jedec j - std -020c 260 c over 10 sec. max. moisture sensitivity level 1 (unlimited) pin function # 1 gnd or not connected # 5 gnd # 6 output # 9 nc or e/d # 10 vdc do not connect #2, #3, #4, #7, #8 solder pattern test circuit (csw)
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