, u na. 2 0 ster n ave . springfield , ne w jerse y 0708 1 u.s.a . telephone : (973 ) 376-292 2 (212 ) 227-600 5 fax : (973 ) 376-896 0 fe3 a t o fe3 d ultr a fas t sinterglas s diod e feature s ? hig h temperatur e metallurgicall y bonded con - structio n ? cavity-fre e glas s passivate d junctio n ? superfas t recover y tim e fo r hig h efficienc y ? lo w forwar d voltage , hig h curren t capabilit y ? hermeticall y seale d packag e ? lo w leakag e curren t ? hig h surg e curren t capabilit y mechanica l dat a case : sintere d glas s case , g 4 terminals : plate d axia l leads , solderabl e pe r mil-std-750 , metho d 202 6 polarity : colo r ban d denote s cathod e en d mountin g position : an y weight : 104 0 rn g part s tabl e par t fe3 a fe3 b fe3 c fe3 d typ e differentiatio n v rr m = 50 v vrrm-100 v v rr m = 150 v v rr m = 200 v packag e g 4 g 4 g 4 g 4 absolut e maximum rating s tam b = 2 5 c . unles s otherwis e specifie d paramete r revers e voltag e = repetitiv e pea k revers e voltag e maximu m averag e forwar d rectifie d curren t pea k forwar d surg e curren t operatin g junctio n an d storag e temperatur e rang e tes t conditio n se e electrica l characteristic s se e electrica l characteristic s se e electrica l characteristic s se e electrica l characteristic s 0 . 37 5 " (9 . 5 m m j lea d lengt h a t t ; , mt , = 7 5 c 8. 3 m s singl e hal f sine-wav e superimpose d o n rate d loa d (jede c method ) par t fe3 a fe3 b fe3 c fe3 d symbo l v r = v rr m v r = v rr m v r = vrr m v r = vrr m ipiav ) 'fs m tj . tst g vaiu e 5 0 10 0 15 0 20 0 3. 0 12 5 -55t o + 17 5 uni t vv v v a a c qualit y semi-conductor s downloaded from: http:///
fe3 a t o fe3 d maximu m therma l resistanc e t.im b = 2 5 c . unles s otherwis e specifie d paramete r typica l therma l resistanc e 1| - -? ' " symbo l r^j a rsj l valu e 5 5 2 0 uni t k' w k.' w 1 l therma l resistanc e fro m junctio n t o ambien t and.'o r lead , 0,37 5 " (9. 5 mm ) lea d lengt h mounte d o n p.c.b . wit h 0. 5 x 0. 5 (1 2 x 1 2 mm ) coppe r pads . ?? ' therma l resistanc e fro m junctio n t o lea d a t 0.37 5 " (9. 5 mm ) lea d lengt h wit h bot h lead s attache d t o heatsink s electrica l characteristic s t am b = 2 5 c . unles s otherwis e specifie d parameter maximu m instantaneou s forwar d voltag e maximu m revers e curren t maximu m revers e recover y tim e typica l junctio n capacitanc e tes t conditio n i f =3. 0 a v r = v rrh . t am b = 2 5 c v r = v rrm .t am b = 10 0 c i p =0. 5 a . i r = 1. 0 a . l,. r = 0.25 a v r = 4v . f = 1 mh z symbo l v f i r i r t, t q. i typ , 10 0 ma x 0.9 5 5. 0 5 0 3 5 uni t v ii a u a n s p f typica l characteristic s (t am b = 2 5 c unles s otherwis e specified ) i v : \ n , i** ?:?! ' h s mi-* l:o d . uo d uiv.n h l - : \i o i an-bier t temperatur e ' c i figur e 1 . maximu m forwar d curren t deratin g curv e t. j -t j ira- , x ^n"-? . bin>:|l r h^l f i-'i n -.jedecmvthod i 1 1 0 10 0 ?i^ f ' 2 nun^bs r o f cycle s a t 6 0 h z figur e 2 . maximu m non-repetitiv e pea k forwar d surg e curren t downloaded from: http:///
fe3 a t o fe3 d packag e dimension s i n inche s (mm ) 0.180(4.6 ) 0.115(2.9 ) dia . t 1.0(25.4 ) min . 0.30 0 (7.6 ) max . 0.04 2 (1.07 ) 0.03 8 (0.962 ) dia . 1.0(25.4 ) min . downloaded from: http:///
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