features - high reliability for low cost - frequency stability to +-15 ppm - jitter optimized dip 8 clock oscillator - excellent clock signal generator for dsp's and cpu's series package frequency stability aging operating temperature range storage temperature range voltage current standard option rise and fall time hcmos rise and fall time ttl "0" level "1" level "0" level "1" level ttl hcmos standard option pin 1 input pin 8 output 2.0v min. or not connected oscillation 0.8v max. or gnd high impedance pin connection start-up time period jitter rms part numbering system example series M2552 blank for 100 ppm any 50 ~ 15 ppm blank for 0/+70c n = -10/+60c m = -20/+70c w = -40/+85c blank for 40/60% s for 45/55% pin 1 blank for no e/d enable/disable e for e/d blank for dip g for gull wing required frequency 2.4 v min. +-5 ppm after first year 0/+70c ~ -40/+85c 10 ns max. (0.4v ~ 2.4v) 10 ms max. see outline drawings 10 ttl 15 pf without enable/disable function with enable/disable function 0.4 v max. pin 1 symmetry frequency stability other parameters are available on request / create here your specification M2552-25-w-s-e-g-155.520mhz tristate logic table temperature range 25 ps max. petermann-technik | amselweg 8 | d-86916 kaufering fon: 00 49 (0) 81 91 / 30 53 95 | fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | info@petermann-technik.de pin configuration frequency - extended temperature range to -40/+85c input +5.0 vdc +-10% -55/+125c frequency range 125.0 ~ 160.0 mhz 80 ma max. +-15 ~ +-100 ppm M2552 8 pin dip load output 10% vdd max. 90% vdd min. symmetry hcmos 5.0 volt ttl 5.0 volt 40/60% 45/55% 10 ns max. (10% vdd ~ 90% vdd) petermann technik time & frequency components
petermann technik time & frequency components petermann-technik | amselweg 8 | d-86916 kaufering fon: 00 49 (0) 81 91 / 30 53 95 | fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | info@petermann-technik.de outline drawing of M2552 #1 #4(grounded to the case) #5 #8 7.62 7 . 6 2 12 .9max 12.9max connection pin #1 #4 #5 #8 nc/tri-state gnd output v dd 0 . 8 4-00.55max 6 . 8 m a x 5 . 3 m a x unit:mm test circuit for hcmos test point + - ma m vm power supply + - + - 0,1f oscillator out gnd #1 #7 #8 #14 c =15pf l note: cl includes probe and fixture capacitance v cc tri-state-input test circuit for ttl test point + - ma m vm power supply + - + - 0,1f oscillator out gnd #1 #7 #8 #14 1n4148 or equiv tri-state-input note: cl includes probe and fixture capacitance v dd r =390 l c =15pf l outline drawing of M2552 gull wing #5 14.98+0.2 #4 1 2 . 7 m a x 0.63+0.1 #8 7 . 6 2 + 0 . 1 #1 - - - 12.7max 5 . 5 m a x 1.27+0.127 - 7.62+0.1 - 1.14 unit: mm hcmos output wave form (hcmos load) tr tf th t v ol duty=th/t v oh 90%v dd 50%v dd 10%v dd ttl output wave form (ttl load) tr tf th t v ol duty=th/t v oh 2.4v 1.4v 0.4v
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