statek corporation 512 n. main st., orange, ca 92868 714-639-7810 fax: 714-997-1256 www.statek.com 10160 rev b CXOMHG oscillator 200 khz to 160 mhz high shock , low profile, miniature surface mount crystal oscillator typical maximum dim i nches mm inches mm a 0.256 6.50 0.263 6.68 b 0.197 5.00 0.204 5.18 c (sm1) 0.051 1.30 0.055 1.40 c (sm3/sm5) 0.055 1.40 0.063 1.60 d 0.055 1.40 0.065 1.65 e 0.060 1.52 0.070 1.78 pin connections 1. enable/disable (e or t) or not connected (n) 2. ground 3. output 4. v dd suggested land pattern description intended for applications requiring shock survivability to 10,000 g (and higher), statek? s surface-mount CXOMHG oscillators are high-shock versions of the cxom oscillators. these oscillators consist of a statek miniature quartz crystal and a cmos/ttl compatible hybrid circuit in a low-profile ceramic package with an extremely small footprint. fea t ures high shock resistance designed for surface mount applications using infrared, vapor phase, or epoxy mount techniques hermetically sealed ceramic package cmos and ttl compatible low power consumption optional output enable/disable with t ri-state low emi emission full military testing available applica tions military & aerospace smart munitions projectile electronics industrial engine control down-hole drilling p ackage dimensions 0.067 (1.70) 0.070 (1.78) 0.065 (1.65) 0. 136 (3.45) grid placement cour ty ard 0. 1 37 (3. 48) 0.201 (5.11) http://
statek corporation 512 n. main st., orange, ca 92868 714-639-7810 fax: 714-997-1256 www.statek.com 10160 rev b absolute maximum ratings supply v o ltage v dd -0.5v to 7.0v storage t e mperature -55 o c to +125 o c maximum process t e mperature 260 o c fo 20 seconds how to order CXOMHG surf ace mount cr yst al oscilla tors c x o m h g s t s m 3 3 2 . 0 m , 1 0 0 / 1 0 0 / / i frequency k = khz m = mhz enable/disable option e, t*, or n t erminations blank = sm1 = gold plated sm3 = solder dipped sm5 = solder dipped (lead free) ?s? if special or custom design. blank if std. / / 200 / i t emp. range: c= - 1 0 o c to +70 o c i =- 4 0 o c to +85 o c m = -55 o c to +125 o c s = customer specified total frequency to lerance (in ppm) temp. range: c=-1 0 o c to +70 o c i =- 4 0 o c to +85 o c m = -55 o c to +125 o c s = customer specified frequency stability over temp.range (in ppm) calibration tolera n c e @ 25 0 c (in ppm) or specifica tions specifications are typical at 25 o c unless otherwise noted. specifications are subject to change without notice. t ighter specifications available. please contact factory . supply v o ltage 1 5.0 v calibration t o lerance 2 100 ppm frequency s t a b ility 50 ppm for commercial over t e mperature 3 100 ppm for industrial 100 ppm for military supply current (t ypical) 10 mhz 4 ma 24 mhz 8 ma 30 mhz 10 ma 40 mhz 12 ma 50 mhz 14 ma output load (cmos) 4 15 pf start-up t ime 5 ms max rise/fall t ime 6 ns max duty cycle 40% min, 60% max aging, first year 10 ppm max shock, survival 5 10,000 g, 0.3 ms, 1 / 2 sine v i bration, survival 6 20 g, 10-2,000 hz swept sine operating t e mp ranges -10 o c to +70 o c (commercial) -40 o c to +85 o c (industrial) -55 o c to +125 o c (military) 1. other voltages available. for 3.3 v , see cxo3mhg data sheet. for others, contact factory . 2. other tolerances available. 3. does not include calibration tolerance. other tolerances available. 4. higher cmos loads and ttl loads available. contact factory . 5. higher shock version available. contact factory for requirements above 10,000 g. 6. per mil-std-202g, method 204d, condition d. random vibration testing also available. note: all parameters are measured at ambient temperature with a 10 m , 15 pf load. p a ckaging options CXOMHG - t ray pack - 16 mm tape, 7?or 13? reels per eia 418 (see t ape and reel data sheet 10109) + _ + _ + _ + _ et when enabled (pin 1 is high*) output freq. output freq. output oscillator oscillates oscillates current consumption normal normal when disabled (pin 1 is low) output high z state high z state oscillator stops oscillates current consumption v ery low lower than normal when re-enabled (pin 1 changes from low to high) output recovery delayed immediate enable/disable options (e/t/n) statek of fers three enable/disable options: e, t , and n. both the e-version and t - version have t r i-state outputs and dif fer in whether the oscillator continues to run internally when the output is put into the high z state: it stops in the e-version and continues to run in the t -version. so, the e-version of fers very low current consumption when the oscillator is disabled and the t -version of fers very fast output recovery when the oscillator is re-enabled. the n-version does not have pin 1 connected internally and so has no enable/disable capability . the following table compares the e and t versions. * when pin 1 is allowed to float, it is held high by an internal pull-up resistor . comp arison of enable/disable options e and t hg = 10,000 g *the t-version is not available in all frequencies. contact factory.
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