sales@fretech.net www.fretech.net fr e technologies series w ting c nditions: description min max unit vdd suppl y v oltage 3.0 5.5 v c ttl ma x capaciti v e loa d o n output s f o r tt l l e v els 4.5v C 5.5 v vd d < 4 0 m h z 50 pf 4.5v C 5.5 v vd d > 40 C 13 3 mh z 25 pf c cmos ma x capaciti v e loa d o n output s f o r cmo s l e v els 4.5v C 5.5 v vd d, < 6 6 mhz 50 pf 4.5v C 5.5 v vd d, >66 C 200mhz 25 pf 2.25v C 3.6 v vd d, < 4 0 mhz 30 pf 2.25v C 3.6 v vd d, >40 C 200mhz 15 pf 1.62v C 1.89 v vd d, < 4 0 mhz 25 pf 1.62v C 1.98 v vd d, >40 C 200mhz 15 pf surfac e moun t clo c k oscillator ? hig h frequenc y ran g e ? tigh t stabilit y a v aila b le p a r t numberin g example : wu33a q - xx.xxx x m w series output u p a ck a g e style 33 v o l t a g e a symmetry q oper a tin g tem p . s t ability xx.xxxxm fre q uency w blank=cmos t = ttl o = ful l size o h = hal f size u = 5x7 g = 3.2x5 18 = 1.8v 25 = 2.5v 33 = 3.3v 50= 5.0v blank=40/60% a=45/55% n = - 5 5 c + 10 5 c q = - 5 5 c + 12 5 c (mil - std - 883b) m = - 5 5 c + 12 5 c (mil - prf - 55310d ) blank = 50ppm 2 = 25 p pm 3 = 20ppm 0.50 ~200.000 mhz specifications: opera o environ m ent a l and mec h ani c al mechan i cal shock per mil - std - 883 ,method 20 0 2 ,cond.b thermal shock per mil - std - 883 ,method 10 1 1 ,cond.a v ibration per mil - std - 883 ,method 20 0 7 ,cond.a s eal per mil - std - 883, method 10 1 4, condition b & c solderabi l i t y per mil - std - 883 ,method 20 0 3 ,cond.a fre electronics technologies inc. fr e technologies description min t yp max unit frequen cy ran g e: pro gr amma b l e t o a ny discrete f requency 0.5 133.00 0 mhz a v aila b l e stabilit y options: p r ogramma b l e supp l y v olt a g e : (1 C 13 3 mhz) (1 C 10 0 mhz) - 5 0 5 0 ppm - 2 5 2 5 ppm - 20 20 ppm 4. 5 5. 0 5. 5 v 3. 0 3. 3 3. 6 v operatin g t emperature ran g e options: stor a g e t emperature: agin g (ppm/ y ear) t a=25 c , vdd=5/3.3v p r ogramma b l e outpu t l e vel: - 40 - 55 - 55 - 55 ttl/cmos +85 +105 +125 3 c ppm 9
sales@fretech.net www.fretech.net fr e technologies series w surfac e moun t clo c k oscillator style o full si z e 14 pin dip styl e o h hal f si z e 8 pi n dip pin function 1 cont r ol 7 gnd 8 output 14 vdd pin function 1 cont r ol 4 gnd 5 output 8 vdd styl e u 5x 7 cerami c sm d styl e g 3.2x 5 cerami c smd pin function 1 cont r ol 2 gnd 3 output 4 vdd fre electronics technologies inc. fr e technologies 10
sales@fretech.net www.fretech.net fr e technologies surfac e moun t clo c k oscillator series w electrica l characteristics description t est c onditions min t yp max unit inpu t characteristic s (pi n 1): v i l , l o w C l e v e l inpu t v oltage 4.5 C 5.5 v vdd 0. 8 v t o disabl e output 1.62 C 3.6 v vdd 0.2vd d v v i h , high C l e v e l inpu t v oltage 4.5 C 5.5 v vdd 2.0 v t o e n ab l e o u tp u t ope n 1.62 C 3.6v vdd 0 . 7 v dd v i i l , inpu t l o w current v i n = 0v 1 0 a i i h , inpu t hig h current v i n =vdd 5 a outpu t characteristics: v o l , l o w C l e v e l outpu t v oltage 4.5v C 5.5 v vd d, 1 6 m a i ol 0.4 v 1.62v C 3.6 v vd d, 8 m a i ol 0.4 v v ohtt l , 4.5v C 5.5 v vd d, - 1 6 m a i ol 2.4 v high - l e v e l outpu t v oltag e ttl v ohcmo s , 4.5v C 5.5 v vd d, - 1 6 m a i ol vdd - 0.4 v high - l e v e l cmo s v oltage 1.62v C 3.6 v vd d , - 8 m a o i l vdd - 0.4 v p o we r supp ly current: 4.5 C 5. 5 vd d, o utpu t f re q < 13 3 mhz 4 5 m a (unloaded) 1.62 C 3. 6 vd d , o utpu t f re q < 20 0 mhz 2 5 m a stand by current: 10 50 a pull - up (pin 1) 4.5 C 5. 5 vd d, v i n = 0v 1.1 3.0 8.0 m ? 4.5 C 5. 5 vd d, v i n = 0.7v 50 100 200 k ? t ri - stat e leak a g e current 5. 0 vdd 20 a outpu t ena b l e mode: outpu t i s t r i - stated output clo c k switching characteristics description t est c onditions min t yp max unit dut y cy c le: < 5 0 mhz , c l = 5 0 pf 45 55 % tt l @ 1. 4 v 50 C 6 6 mhz , c l = 1 5 pf 45 55 % 4.5 - 5. 5 vdd 66 C 12 5 mhz , c l = 2 5 pf 45 55 % 125 C 20 0 mhz , c l = 1 5 pf 45 55 % dut y cy c l e : < 6 6 mhz , c l < 2 5 pf 45 55 % cmo s @ vdd/2 66 C 12 5 mhz , c l < 2 5 pf 45 55 % 4.5 - 5. 5 vdd 125 C 20 0 mhz , c l < 1 5 pf 45 55 % 1.62 C 3. 6 vdd < 4 0 mhz , c l < 3 0 pf 45 55 % 40 - 20 0 mhz , c l < 1 5 pf 45 55 % outpu t clo c k rise/ f all 0.8v C 2.0 v , 4.5 - 5. 5 vd d, c l = 50 1.8 ns 0.8v C 2.0 v , 4.5 - 5. 5 vd d, c l = 25 1.2 ns 0.8v C 2.0 v , 4.5 - 5. 5 vd d, c l = 15 0.9 ns 0.2 C 0.8 v d d , 4.5 - 5. 5 vd d, c l = 50 3.4 ns 0.2 C 0.8 v d d , 1.62 C 3. 6 vd d , c l = 30 3.4 ns 0.2 C 0.8 v d d , 1.62 C 3. 6 vd d , c l = 15 2.4 ns sta r t u p time f ro m p o w e r on 2 ms outpu t disa b l e time synchronous o e pi n l o w t o outpu t hi - z t/2 t+10 ns asynchronous t = f requenc y oscillato r pe r iod 1 0 1 5 ns outpu t ena b l e time 50 ns rms period jitter: 5 10 ps * jitte r teste d a t > 1,000,00 0 sample s, e xceedin g jede c st d jesd65. fre electronics technologies inc. fr e technologies 11
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