ec13 series ? hcmos/ttl output 3.3v supply voltage 14 pin dip package stability to 20ppm custom lead length, gull wing options available oscillator ec13 electrical specifications 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 time / fall time duty cycle load drive capability tri-state input voltage aging (at 25c) start up time period jitter: absolute period jitter: one sigma 250.000khz to 24.000mhz 24.001mhz to 70.000mhz 70.001mhz to 125.000mhz 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 w/ ttl load w/ hcmos load w/ ttl load w/ hcmos load 10% to 90% of waveform w/hcmos load or 0.4v dc to 2.4v dc w/ttl load 10% to 90% of waveform w/hcmos load 10% to 90% of waveform w/hcmos load 10% to 90% of waveform w/hcmos load at 50% of waveform < 24.000mhz > 24.000mhz v ih :no connection v ih :>2.2v dc v il :<0.8v dc 250.000khz to 125.000mhz 0c to 70c -40c to 85c -55c to 125c 3.3v dc 0.3v dc 10ma maximum 25ma maximum 45ma maximum 100ppm, 50ppm, 25ppm, or 20ppm maximum (0c to 70c only) 2.4v dc minimum 2.7v dc minimum 0.4v dc maximum 0.5v dc maximum 10 nseconds max. < 24.000mhz 10 nseconds max. < 24.000mhz 6 nseconds max. 24.000mhz to 70.000mhz 4 nseconds max. 70.001mhz to 106.250mhz 3 nseconds max. > 106.250mhz 50 10(%) (standard) or 50 5(%) (optional) 2ttl or 15pf hcmos load 15pf hcmos load enables output enables output disables output: high impedance 5ppm / year maximum 10 mseconds maximum 100pseconds maximum 25pseconds maximum 800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. manufacturer category series package voltage class rev . date ecliptek corp. oscillator ec13 14 pin dip 3.3v os20 07/04 h 5.08 w 20.8 l 13.2
ecliptek corp. oscillator ec13 14 pin dip 3.3v os20 07/04 manufacturer category series package voltage class rev . date line 1: ecliptek line 2: ec13 ts output control function blank = none (no connection on pin 1) ts = tri-state enable high series designator line 3: xx.xxx m frequency in mhz (5 digits maximum + decimal) line 4: xx y zz week of year last digit of year ecliptek manufacturing identifier note: pin 1 shall be designated with a dot ec13 00 et t ts - 50.000m - g frequency tolerance / stability 00=100ppm maximum (standard) 45=50ppm maximum, 25=25ppm maximum 20=20ppm maximum operating temp. range blank=0c to 70c (standard), et=-40c to 85c duty cycle blank=50 10(%) (standard), t=50 5(%) available options blank=none (standard) clxxx=custom lead length g=full size gull wing frequency output control function blank=none (no connection on pin 1) ts=tri-state enable high part numbering guide pin 1: no connect or tri-state pin 7: case ground pin 8: output pin 14: supply voltage notes 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_______________________________________________________________________________________________________________________________ _______________________________________________________________________________________________________________________________ _______________________________________________________________________________________________________________________________ _______________________________________________________________________________________________________________________________ _____________________________ marking specifications environmental/mechanical specifications mechanical dimensions all dimensions in millimeters 800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. 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 lead integrity mil-std-883, method 2004 solderability mil-std-883, method 2002 temperature cycling mil-std-883, method 1010 resistance to soldering heat mil-std-883, method 210 resistance to solvents mil-std-883, method 215
ec13 series oscillator ec13 ? hcmos/ttl output 3.3v supply voltage 8 pin dip package stability to 20ppm custom lead length, gull wing options available 800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. manufacturer category series package voltage class rev . date ecliptek corp. oscillator ec13 8 pin dip 3.3v os21 07/04 electrical specifications 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 time / fall time duty cycle load drive capability tri-state input voltage aging (at 25c) start up time period jitter: absolute period jitter: one sigma 250.000khz to 24.000mhz 24.001mhz to 70.000mhz 70.001mhz to 125.000mhz 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 w/ ttl load w/ hcmos load w/ ttl load w/ hcmos load 10% to 90% of waveform w/hcmos load or 0.4v dc to 2.4v dc w/ttl load 10% to 90% of waveform w/hcmos load 10% to 90% of waveform w/hcmos load 10% to 90% of waveform w/hcmos load at 50% of waveform < 24.000mhz > 24.000mhz v ih :no connection v ih :>2.2v dc v il :<0.8v dc 250.000khz to 125.000mhz 0c to 70c -40c to 85c -55c to 125c 3.3v dc 0.3v dc 10ma maximum 25ma maximum 45ma maximum 100ppm, 50ppm, 25ppm, or 20ppm maximum (0c to 70c only) 2.4v dc minimum 2.7v dc minimum 0.4v dc maximum 0.5v dc maximum 10 nseconds max. < 24.000mhz 10 nseconds max. < 24.000mhz 6 nseconds max. 24.000mhz to 70.000mhz 4 nseconds max. 70.001mhz to 106.250mhz 3 nseconds max. > 106.250mhz 50 10(%) (standard) or 50 5(%) (optional) 2ttl or 15pf hcmos load 15pf hcmos load enables output enables output disables output: high impedance 5ppm / year maximum 10 mseconds maximum 100pseconds maximum 25pseconds maximum h 5.6 l 13.2 w 13.2
800-ecliptek www.ecliptek.com for latest revision specifications subject to change without notice. ec13 00 hs et t ts - 50.000m - g tr frequency tolerance / stability 00=100ppm maximum (standard) 45=50ppm maximum, 25=25ppm maximum 20=20ppm maximum package hs=half size 8 pin dip operating temp. range blank=0c to 70c (standard), et=-40c to 85c duty cycle blank=50 10(%) (standard), t=50 5(%) packaging options tr= tape & reel (only offered with half size g and half size g2 options) available options blank=none (standard) clxxx=custom lead length g=half size gull wing g2=half size gull wing frequency output control function blank=none (no connection on pin 1) ts=tri-state enable high part numbering guide line 1: ecliptek line 2: ec13 ts output control function blank = none (no connection on pin 1) ts = tri-state enable high series designator line 3: xx.xxx m frequency in mhz (5 digits maximum + decimal) line 4: xx y zz week of year last digit of year ecliptek manufacturing identifier note: pin 1 shall be designated with a dot ? manufacturer category series package voltage class rev . date ecliptek corp. oscillator ec13 8 pin dip 3.3v os21 07/04 tape and reel dimensions all dimensions in millimeters mechanical dimensions all dimensions in millimeters marking specifications environmental/mechanical specifications pin 1: no connect or tri-state pin 4: case ground pin 5: output pin 8: supply voltage ? 250 pieces per reel compliant to eia-481a pin 1 locator for gull wing (1) for ?g? option (2) for ?g2? option 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 lead integrity mil-std-883, method 2004 solderability mil-std-883, method 2002 temperature cycling mil-std-883, method 1010 resistance to soldering heat mil-std-883, method 210 resistance to solvents mil-std-883, method 215
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