manufacturer category series package voltage class rev . date ecliptek corp. oscillator ec26 ceramic 3.3v os30 03/09 ec26 series ? rohs compliant (pb-free) ? ceramic smd package ? 3.3v supply voltage ? lvcmos output ? stability to 20ppm ? standby function ? available in tube or tape and reel oscillator ec26 electrical specifications 800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. frequency range operating temperature range storage temperature range supply voltage (v dd ) input current frequency tolerance / stability output voltage logic high (v oh ) output voltage logic low (v ol ) rise / fall time duty cycle load drive capability tri-state input voltage standby current start up time rms phase jitter -10c to 70c -40c to 85c -55c to 125c 3.3v dc 10% 10ma maximum 18ma maximum 20ma maximum 40ma maximum 60ma maximum 100ppm maximum 50ppm maximum 25ppm maximum 20ppm maximum 90% of v dd minimum 10% of v dd maximum 7nseconds maximum 5nseconds maximum 3nseconds maximum 2nseconds maximum 50 10(%) (standard) 50 5(%) (optional) 30pf cmos load maximum 15pf cmos load maximum enables output enables output disables output: high impedance 10a maximum 10 mseconds maximum 1pseconds maximum 1.544mhz to 125mhz, 125.00093mhz, 125.00312mhz, 125.009mhz, 125.00937mhz, 125.01mhz, 126mhz, 127mhz, 128mhz, 130mhz, 131.072mhz, 131.25mhz, 132mhz, 133mhz, 133.33mhz, 133.333mhz, 133.3333mhz, 135mhz, 136mhz, 137.472mhz, 140mhz, 142mhz, 142.85mhz, 143mhz, 145mhz, 148.351mhz, 148.3516mhz, 148.5mhz, 150mhz, 155mhz, 155.52mhz, 156.25mhz, 159.375mhz, 159.38mhz, 161.1328mhz, 162.5mhz, 166mhz, 175mhz, 187.5mhz, and 200mhz 1.544mhz to 32.000mhz 32.000001mhz to 50.000mhz 50.000001mhz to 70.000mhz 70.000001mhz to 125.000mhz 125.009mhz to 200.000mhz inclusive of all conditions: calibration tolerance at 25c, frequency stability over the operating temperature range, supply voltage change, output load change, first year aging at 25c, shock, and vibration i oh = -8ma i ol = +8ma measured at 20% to 80% of waveform with 30pf cmos load < 35.000mhz with 15pf cmos load < 35.000mhz with 15pf cmos load 35.001mhz to 165.000mhz with 15pf cmos load > 165.000mhz at 50% of waveform with cmos load < 35.000mhz > 35.000mhz no connection v ih : 70% of v dd v il : 30% of v dd disabled output: high impedance 12khz to 20mhz offset frequency h 1.6 l 7.0 w 5.0
manufacturer category series package voltage class rev . date ecliptek corp. oscillator ec26 ceramic 3.3v os30 03/09 ec26 00 et t ts - 40.000m tr frequency tolerance / stability 00=100ppm maximum (standard) 45=50ppm maximum 25=25ppm maximum 20=20ppm maximum operating temperature range blank=-10c to 70c (standard) et=-40c to 85c packaging options blank=bulk, tr=tape and reel (standard) frequency output control function ts=tri-state duty cycle blank=50 10(%) (standard), t=50 5(%) part numbering guide *compliant to eia 481a mechanical dimensions all dimensions in millimeters tape and reel dimensions all dimensions in millimeters marking specifications environmental/mechanical specifications suggested solder pad layout all dimensions in millimeters tolerances = 0.1 line 1: ecliptek line 2: xx.xxx m frequency in mhz (5 digits maximum + decimal) line 3: xx y zz week of year last digit of year ecliptek manufacturing identifier 800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. pin 1: tri-state pin 2: case ground pin 3: output pin 4: supply voltage m n o p q 1.5 min 50 min 20.2 min 13.2 40 min r s t u v qty/reel 2.5 min 10 min 22.4 max 360 max 16.4+2-0 1,000 reel a b c d e f 16+.3-.1 7.5.1 6.75.1 4 .1 2.1 f g h j k l 8.1 b0* 1.5 +.1-0 a0* .3 .05 k0* tape characteristic specification fine leak test mil-std-883, method 1014, condition a gross leak test mil-std-883, method 1014, condition c mechanical shock mil-std-202, method 213, condition c vibration mil-std-883, method 2007, condition a solderability mil-std-883, method 2002 temperature cycling mil-std-883, method 1010 resistance to soldering heat mil-std-202, method 210 resistance to solvents mil-std-202, method 215
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