saronix crystal clock oscillator s1700 / s1703 / s1750 series technical data ds-138 rev g 3.3 & 5v, hcmos, ttl, smd series s1700 = 15pf max load to 80mhz, 5v s1703 = 30pf max load to 67mhz, 3.3v * s1750 = 50pf max load to 67mhz, 5v frequency range: frequency stability: 50 or 100 ppm over all conditions; calibration tolerance, operating temperature, input voltage change, load change, aging(1 year @ 25c average ambient temperature), shock and vibration. 1.8432 mhz to 80 mhz temperature range: supply voltage: 0 to +70c -55 to +125c 5.0v 10% (s1700 & s1750) 3.3v 10% (s1703) supply current: description the s1700, s1703 and s1750 are crystal- controlled, low-current oscillators pro- viding precise rise and fall times to drive high speed cmos and ttl loads. the sub-miniature, very low profile leadless ceramic package has gold-plated contact pads, ideal for today's pick-and-place smt environments. the s1750 is a high output load version available to 67 mhz. actual size output: ttl 40/60% max @ 1.5v 5ns max 0.5 to 2.5v 0.5v max 2.5v min 5 ttl 8ps max hcmos symmetry: rise & fall times: logic 0: logic 1: load max: period jitter rms: 45/55% max @ 50% v dd , 40/60% max for s1703 10ns max, 5ns max above 67mhz, 20% to 80% v dd 10% v dd max 90% v dd min s1700: 15pf, s1703: 30pf, s1750: 50pf 8ps max mechanical: shock: solderability: vibration: solvent resistance: resistance to soldering heat: mil-std-883, method 2002, condition b mil-std-883, method 2003 mil-std-883, method 2007, condition a mil-std-202, method 215 mil-std-202, method 210, condition i or j environmental: gross leak test: fine leak test: thermal shock: humidity: mil-std-883, method 1014, condition c mil-std-883, method 1014, condition a2 mil-std-883, method 1011, condition a mil-std-883, method 1004 part numbering guide s 1700 c ? 50.0000 (t) saronix frequency (mhz) contact saronix for developed frequencies stability tolerance b = 50 ppm c = 100 ppm s1700: 15ma max 1.8432 to 35mhz 30ma max 35+ to 66mhz 50ma max 66+ to 80mhz s1750: 20ma max 1.8432 to 20mhz 35ma max 20+ to 50mhz 60ma max 50+ to 67mhz s1703: 10ma max 1.8432 to 20mhz: 20ma max 20+ to 50mhz: 25ma max 50+ to 67mhz: applications & features solder reflow guide preheat 183 10c 4c/sec max temperature ? c 4c/sec max 1 ? 2 minutes 10 sec max time 150 200 250 sub-miniature, very low profile package is ideal for smt applications cmos, hcmos & ttl compatible perfect for pc's; notebook, palmtop computers; portable applications; pcmcia cards; disc drives. anywhere small size, low power, surface mountability are a priority. s1700 for low power 5v application s1703 for 3.3v operations s1750 for high output load, higher fan- out applications available on tape & reel; 16mm tape, 1000pcs per reel reflow 240 max cooling operating: storage: saronix 141 jefferson drive menlo park, ca 94025 usa 650-470-7700 800-227-8974 fax 650-462-9894 symmetry: rise & fall times: logic 0: logic 1: load: period jitter rms: *3.3v available above 67mhz, please contact saronix (t) = tape & reel full reel increments only ( datasheet : )
saronix crystal clock oscillator 3.3 & 5v, hcmos, ttl, smd s1700 / s1703 / s1750 series technical data ds-138 rev g all specifications are subject to change without notice. tri-state logic table test circuit recommended land pattern scale: none (dimensions in ) mm inches power supply ma m v m test point out v cc oscillator gnd pad 2 pad 1 pad 4 pad 3 0.1 f c l = 15 / 30 /50 pf (note a) tri-state input note a: cl includes probe and fixture capacitance 15 pf s1700 to 80 mhz 30 pf s1703 to 67 mhz (for higher frequencies, please contact saronix) 50 pf s1750 to 67 mhz ttl logic 1 50% v dd 20% v dd logic 0 80% v dd symmetry t f t r gnd v dd t f t r cmos output waveform pad 1 input logic 1 or nc logic 0 or gnd pad 3 output oscillation high impedance 5.2 .205 max 7.2 .284 max max 1.7 .067 pad 1 (tri-state control) pad 2 (gnd) pad 4 (v cc ) pad 3 (out) 1.4 .055 1.2 .047 2.6 .102 5.08 .200 date code frequency saronix s 2 c b = 50 ppm c = 100 ppm 2 = s1700 3 = s1703 7 = s1750 marking format package details required input levels on pad 1: 90% v dd min 10% v dd max yy ww symmetry 2.5 vdc 1.5 vdc 0.5 vdc 1.8 .071 2.0 .079 4.2 .165 5.08 .200 * external power supply decoupling required. * 12 43 saronix 141 jefferson drive ? menlo park, ca 94025 usa 650-470-7700 800-227-8974 fax 650-462-9894
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