case:do-214ab(smc) smdj5.0a(ca) - smdj440a(ca) voltage range: 5.0 - 440v power: 3000wa t t s surface mount transient voltage suppressor diode uni- and bi-directional versions available excellent clamping capability fast response time classification rating 94v-o ! glass passivated die construction ! ! ! ! plastic case material has ul flammability features 3000 w peak pulse power dissipation 10/1000s waveform (note 1, 2) figure 3 p ppm peak pulse current on 10/1000s waveform (note 1) figure 4 i ppm see table 1 a peak forward surge current 8.3ms single half sine-wave superimposed on rated load (jedec method) (note 2, 3) i fsm 100 a operating and storage temperature range t j , t stg -55 to +150 c note: 1. non-repetitive current pulse, per figure 4 and derated above t a = 25c per figure 1. 2. mounted on 8.0mm 2 copper pads to each terminal. 3. measured on 8.3ms single half sine-wave or equivalent square wave, duty cycle = 4 pulses per minutes maximum. see page 2 mechanical data case material: molded plastic. ul flammability classification rating 94v-0 terminals: lead free plating (matte tin finish). solderable per mil-std-202, method 208 marking: date code and marking code weight: 0.21 grams (approximate) ! ! ! ! ! characteristic symbol value unit 1 of 2 www.sunmate.tw maximum ratings and electrical characteristics t a = 25 c unless otherwise specified single phase, half wave, 60hz, resistive or inductive load. for capacitive load, derate current by 20%. dim min max a 5.59 6.22 b 6.60 7.11 c 2.75 3.18 d 0.15 0.31 e 7.75 8.13 g 0.10 0.20 h 0.76 1.52 j 2.00 2.62 all dimensions in mm a b c d g h e j smc/do-214ab
2 of 4 m a r k i ng rdd ddd 6 40 7 30 10 9 6 312 50 1000 6 . 40 7 . 00 7 . 37 10 9 . 2 326 . 09 1000 6 . 67 8 . 15 10 11 . 4 263 . 16 1000 6 . 67 7 . 37 10 10 . 3 291 . 26 1000 rdh ddh 7 . 22 8 . 82 10 12 . 3 243 . 90 500 7 . 22 7 . 98 10 11 . 2 267 . 86 500 rdl ddl 7 . 78 9 . 51 10 13 . 3 225 . 56 200 7 . 78 8 . 60 10 12 . 0 250 . 00 200 ddn 8 . 33 10 . 20 1 14 . 3 209 . 79 100 8 . 33 9 . 21 1 12 . 9 232 . 56 100 8 . 89 10 . 90 1 15 . 0 200 . 00 50 ddr 8 . 89 9 . 83 1 13 . 6 220 . 59 50 9 . 44 11 . 50 1 15 . 9 188 . 68 25 9 . 44 10 . 40 1 14 . 4 208 . 33 25 ddu 10 . 00 12 . 20 1 16 . 9 177 . 51 10 10 . 00 11 . 10 1 15 . 4 194 . 81 10 11 . 10 13 . 60 1 18 . 8 159 . 57 5 11 . 10 12 . 30 1 17 . 0 176 . 47 5 12 . 20 14 . 90 1 20 . 1 149 . 25 5 12 . 20 13 . 50 1 18 . 2 164 . 84 5 13 . 30 16 . 30 1 22 . 0 136 . 36 5 13 . 30 14 . 70 1 19 . 9 150 . 75 5 14 . 40 17 . 60 1 23 . 8 126 . 05 5 14 . 40 15 . 90 1 21 . 5 139 . 53 5 15 . 60 19 . 10 1 25 . 8 116 . 28 5 15 . 60 17 . 20 1 23 . 2 129 . 31 5 16 . 70 20 . 40 1 26 . 9 111 . 52 5 16 . 70 18 . 50 1 24 . 4 122 . 95 5 17 . 80 21 . 80 1 28 . 8 104 . 17 5 17 . 80 19 . 70 1 26 . 0 115 . 38 5 18 . 90 23 . 10 1 30 . 5 98 . 36 5 18 . 90 20 . 90 1 27 . 6 108 . 70 5 20 . 00 24 . 40 1 32 . 2 93 . 17 5 20 . 00 22 . 10 1 29 . 2 102 . 74 5 21 . 13 25 . 76 1 34 . 0 88 . 21 5 21 . 10 23 . 30 1 30 . 8 97 . 47 5 22 . 20 27 . 10 1 35 . 8 83 . 80 5 22 . 20 24 . 50 1 32 . 4 92 . 59 5 24 . 40 29 . 80 1 39 . 4 76 . 14 5 24 . 40 26 . 90 1 35 . 5 84 . 51 5 26 . 70 32 . 60 1 43 . 0 69 . 77 5 26 . 70 29 . 50 1 38 . 9 77 . 12 5 28 . 90 35 . 30 1 46 . 6 64 . 38 5 28 . 90 31 . 90 1 42 . 1 71 . 26 5 31 . 10 38 . 00 1 50 . 0 60 . 00 5 31 . 10 34 . 40 1 45 . 4 66 . 08 5 33 . 30 40 . 70 1 53 . 5 56 . 07 5 33 . 30 36 . 80 1 48 . 4 61 . 98 5 36 . 70 44 . 90 1 59 . 0 50 . 85 5 36 . 70 40 . 60 1 53 . 3 56 . 29 5 40 . 00 48 . 90 1 64 . 3 46 . 66 5 40 . 00 44 . 20 1 58 . 1 51 . 64 5 44 . 40 54 . 30 1 71 . 4 42 . 02 5 44 . 40 49 . 10 1 64 . 5 46 . 51 5 47 . 80 58 . 40 1 76 . 7 39 . 11 5 47 80 52 80 1 69 4 43 23 5 rwm rwm breakdown reverse stand-off voltage voltage min. @i t breakdown voltage max. @ i t test current maximum clamping voltage @i pp peak pulse current reverse leakage @v (uni) (bi) v (v) v br min (v) v br max (v) t (ma) v c (v) i pp (a) i r (ua) type (uni) (bi) www.sunmate.tw i smdj5.0 smdj5.0a smdj6.0 smdj6 0a smdj6.5 smdj6.5a smdj7.0 smdj7.0a smdj7.5 smdj7.5a smdj8.0 smdj8.0a smdj8.5 smdj8.5a smdj9.0 smdj9.0a smdj10 smdj10a smdj11 smdj11a smdj12 smdj12a smdj13 smdj13a smdj14 smdj14a smdj15 smdj15a smdj16 smdj16a smdj17 smdj17a smdj18 smdj18a smdj19 smdj19a smdj20 smdj20a smdj22 smdj22a smdj24 smdj24a smdj26 smdj26a smdj28 smdj28a smdj30 smdj30a smdj33 smdj33a smdj36 smdj36a smdj40 smdj40a smdj43 smdj43a smdj5 0c smdj5.0ca smdj6.0c smdj6 0ca smdj6.5c smdj6.5ca smdj7.0c smdj7.0ca smdj7.5c smdj7.5ca smdj8.0c smdj8.0ca smdj8.5c smdj8.5ca smdj9.0c smdj9.0ca smdj10c smdj10ca smdj11c smdj11ca smdj12c smdj12ca smdj13c smdj13ca smdj14c smdj14ca smdj15c smdj15ca smdj16c smdj16ca smdj17c smdj17ca smdj18c smdj18ca smdj19c smdj19ca smdj20c smdj20ca smdj22c smdj22ca smdj24c smdj24ca smdj26c smdj26ca smdj28c smdj28ca smdj30c smdj30ca smdj33c smdj33ca smdj36c smdj36ca smdj40c smdj40ca smdj43c smdj43ca rde rdf rdg rdk pdm pdn pdp pdq pdr pds pdt pdu pdv pdw pdx pdy pdz ped pee pef peg peh pek pel pem pen pep peq per pes pet pea peb peu pev pew pex pey pez pfd pfe pff pfg pfh pfk pfl pfm pfn pfp pfq pfr pfs pft dde ddf ddg ddk ddm ddp ddq dds ddt ddv ddw ddx ddy ddz ded dee def deg deh dek del dem den dep deq der des det dea deb deu dev dew dex dey dez dfd dfe dff dfg dfh dfk dfl dfm dfn dfp dfq dfr dfs dft 5 0 5.0 6.0 6 0 6.5 6.5 7.0 7.0 7.5 7.5 8.0 8.0 8.5 8.5 9.0 9.0 10.0 10.0 11.0 11.0 12.0 12.0 13.0 13.0 14.0 14.0 15.0 15.0 16.0 16.0 17.0 17.0 18.0 18.0 19.0 19.0 20.0 20.0 22.0 22.0 24.0 24.0 26.0 26.0 28.0 28.0 30.0 30.0 33.0 33.0 36.0 36.0 40.0 40.0 43.0 43 0
3 of 4 p f u d f u 45 . 0 50 . 00 61 . 10 1 80 . 3 37 . 36 5 p f v d f v 45 . 0 50 . 00 55 . 30 1 72 . 7 41 . 27 5 p f w d f w 48 . 0 53 . 30 65 . 10 1 85 . 5 35 . 09 5 p f x d f x 48 . 0 53 . 30 58 . 90 1 77 . 4 38 . 76 5 p f y d f y 51 . 0 56 . 70 69 . 30 1 91 . 1 32 . 93 5 p fz d fz 51 . 0 56 . 70 62 . 70 1 82 . 4 36 . 41 5 r g d d g d 54 . 0 60 . 00 73 . 30 1 96 . 3 31 . 15 5 r g e d g e 54 . 0 60 . 00 66 . 30 1 87 . 1 34 . 44 5 r gf d gf 58 . 0 64 . 40 78 . 70 1 103 . 0 29 . 13 5 p gg d gg 58 . 0 64 . 40 71 . 20 1 93 . 6 32 . 05 5 r g h d g h 60 . 0 66 . 70 81 . 50 1 107 . 0 28 . 04 5 p g k d g k 60 . 0 66 . 70 73 . 70 1 96 . 8 30 . 99 5 p g l d g l 64 . 0 71 . 10 86 . 90 1 114 . 0 26 . 32 5 p g m d g m 64 . 0 71 . 10 78 . 60 1 103 . 0 29 . 13 5 p g n d g n 70 . 0 77 . 80 95 . 10 1 125 . 0 24 . 00 5 p g p d g p 70 . 0 77 . 80 86 . 00 1 113 . 0 26 . 55 5 p gq d gq 75 . 0 83 . 30 102 . 00 1 134 . 0 22 . 39 5 p g r d g r 75 . 0 83 . 30 92 . 10 1 121 . 0 24 . 79 5 p g s d g s 78 . 0 86 . 70 106 . 00 1 139 . 0 21 . 58 5 p gt d gt 78 . 0 86 . 70 95 . 80 1 126 . 0 23 . 81 5 p g a d g a 80 . 0 88 . 96 108 . 80 1 143 . 2 20 . 95 5 p g b d g b 80 . 0 88 . 80 97 . 60 1 129 . 6 23 . 15 5 p g u d g u 85 . 0 94 . 40 115 . 00 1 151 . 0 19 . 87 5 p g v d g v 85 . 0 94 . 40 104 . 00 1 137 . 0 21 . 90 5 p gw d gw 90 . 0 100 . 00 122 . 00 1 160 . 0 18 . 75 5 p g x d g x 90 . 0 100 . 00 111 . 00 1 146 . 0 20 . 55 5 p g y d g y 100 . 0 111 . 00 136 . 00 1 179 . 0 16 . 76 5 p gz d gz 100 . 0 111 . 00 123 . 00 1 162 . 0 18 . 52 5 p hd dhd 110 . 0 122 . 00 149 . 00 1 196 . 0 15 . 31 5 p h e dh e 110 . 0 122 . 00 135 . 00 1 177 . 0 16 . 95 5 p h f dh f 120 . 0 133 . 00 163 . 00 1 214 . 0 14 . 02 5 p h g dh g 120 . 0 133 . 00 147 . 00 1 193 . 0 15 . 54 5 p hh dhh 130 . 0 144 . 00 176 . 00 1 231 . 0 12 . 99 5 p h k dh k 130 . 0 144 . 00 159 . 00 1 209 . 0 14 . 35 5 p h a dh a 140 . 0 155 . 68 190 . 40 1 250 . 6 11 . 97 5 p h b dh b 140 . 0 155 . 00 171 . 00 1 226 . 8 13 . 23 5 p hl dhl 150 . 0 167 . 00 204 . 00 1 268 . 0 11 . 19 5 p h m dh m 150 . 0 167 . 00 185 . 00 1 243 . 0 12 . 35 5 p hn dhn 160 . 0 178 . 00 218 . 00 1 287 . 0 10 . 45 5 p h p dh p 160 . 0 178 . 00 197 . 00 1 259 . 0 11 . 58 5 p h q dh q 170 . 0 189 . 00 231 . 00 1 304 . 0 9 . 87 5 p hr dhr 170 . 0 189 . 00 209 . 00 1 275 . 0 10 . 91 5 p h s dh s 180 . 0 201 . 00 244 . 80 1 322 . 2 9 . 31 5 p h t dh t 180 . 0 201 . 00 220 . 00 1 291 . 6 10 . 29 5 p hu dhu 190 . 0 211 . 21 258 . 40 1 340 . 1 8 . 82 5 p h v dh v 190 . 0 211 . 00 232 . 00 1 307 . 8 9 . 75 5 p h w d h w 200 . 0 224 . 00 247 . 00 1 324 . 0 9 . 26 5 p h x d h x 220 . 0 246 . 00 272 . 00 1 356 . 0 8 . 43 5 p h z dh z 250 . 0 279 . 00 309 . 00 1 405 . 0 7 . 41 5 p j e d j e 300 . 0 335 . 00 371 . 00 1 486 . 0 6 . 17 5 p j g d j g 350 . 0 391 . 00 432 . 00 1 567 . 0 5 . 29 5 p j k d j k 400 . 0 447 . 00 494 . 00 1 648 . 0 4 . 63 5 p j m d j m 440 . 0 492 . 00 543 . 00 1 713 . 0 4 . 21 5 n 1 . s u f f i x ' a ' d e n o t e s 5 % t o l e r an c e de v i c e . w it hou t ' a ' d e no t e s 10 % t o l e r a n c e de vi c e 2 . a d d s u ff i x ' c ' o r ' c a ' a ft e r p ar t nu m be r t o s p e ci f y b i - d i r e ct i ona l d e vic e s 3 . f o r b i - di r e ct i o n a l d e vic e s h a vi n g v r o f 1 0 v o lts an d u nd e r , t h e i r li m it is d ou b l e m a r k i ng rwm rwm breakdown reverse stand-off voltage voltage min. @i t breakdown voltage max. @ i t test current maximum clamping voltage @i pp peak pulse current reverse leakage @v (uni) (bi) v (v) v br min (v) v br max (v) t (ma) v c (v) i pp (a) i r (ua) type (uni) (bi) www.sunmate.tw i smdj45 smdj45a smdj48 smdj48a smdj51 smdj51a smdj54 smdj54a smdj58 smdj58a smdj60 smdj60a smdj64 smdj64a smdj70 smdj70a smdj75 smdj75a smdj78 smdj78a smdj80 smdj80a smdj85 smdj85a smdj90 smdj90a smdj100 smdj100a smdj110 smdj110a smdj120 smdj120a smdj130 smdj130a smdj140 smdj140a smdj150 smdj150a smdj160 smdj160a smdj170 smdj170a smdj180 smdj180a smdj190 smdj190a smdj200a smdj220a smdj250a smdj300a smdj350a SMDJ400A smdj440a ote: smdj45c smdj45ca smdj48c smdj48ca smdj51c smdj51ca smdj54c smdj54ca smdj58c smdj58ca smdj60c smdj60ca smdj64c smdj64ca smdj70c smdj70ca smdj75c smdj75ca smdj78c smdj78ca smdj80c smdj80ca smdj85c smdj85ca smdj90c smdj90ca smdj100c smdj100ca smdj110c smdj110ca smdj120c smdj120ca smdj130c smdj130ca smdj140c smdj140ca smdj150c smdj150ca smdj160c smdj160ca smdj170c smdj170ca smdj180c smdj180ca smdj190c smdj190ca smdj200ca smdj220ca smdj250ca smdj300ca smdj350ca smdj400ca smdj440ca
4 of 4 0 25 5 0 75 1 00 1 2 5 1 5 0 1 75 100 80 60 40 20 0 t a - a m b i en t t e m p e r a t u r e( c) p ea k p u ls e p o w er (p pp ) or c ur r en t ( i pp ) d er a ti n g i n p er c e n t a g e % 150 100 50 0 i ppm - p e a k p u l s e curren t , % i r sm t r = 10 s ec p ea k v a l ue i p pm h a lf v a l ue i ppm (i p pm / 2) t c 10 / 1000 s e c . w a v e f o rm a s de ? ned b y r . e .a 0 1 . 0 2 . 0 3 . 0 4 .0 t j = 25 c p u l s e w i d t h ( t d ) i s de ? n e d as t h e po i n t w h e r e t h e p e ak cu rr e n t d e cay s t o 5 0 % o f i ppm t - t i m e ( m s) 5 .0 0 25 5 0 75 1 0 0 1 2 5 15 0 1 75 2 00 4 .0 3 .0 2 .0 1 .0 0 .0 t l - lead t e m p e ra t u r e( c ) p m( a v) , s t ea d y s t a t e p o w er di s si pa ti on (w ) 6 .0 t d - p u l s e w i d t h ( s ) p ppm - p ea k p u l s e p ower ( k w) 10 0 0 .1 1 0 .1 1 1 0 1 00 10 0 0 1 0 0 0 0 10 n u m be r o f c y cl e s a t 6 0 h z i fsm - p ea k f o r w a r d s u r g e c ur r e nt ( a) 1 10 1 00 250 200 150 100 300 t j =t j m a x . 8 . 3 m s s i ng l e h a l f s i ne - w a ve 10 0 0 00 1 .0 1 0 . 0 1 00 . 0 10 0 0 .0 10 00 100 1 v br - r e v er s e b r ea k d o w n v o lt a g e ( v ) c j C j un cti o n c apa cit an c e ( p f) 10 10 0 00 t j = 25 c f = 1 . 0 m h z v s i g = 50 m v p -p bi - d ir e c t i o na l @ z e r o b i ns un i - d ir e c t i o na l @ z e r o b i n s un i - d ir e c t i o na l @v r wm b i - d ir e c t i o na l @v r wm figure 1 -peakpulsepower rating curve ratings and characteristic curves (ta=25 c unlessotherwise noted) figure 5-steadystatepower derating curve figure 2 -pulse deratingcurve figure 3 -pulse waveform figure 4 -typicaljunction capacitance figure 6 -maximum non-repetitivesurge current o www.sunmate.tw
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