( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 1 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw p a r t n umbe r i mp .c om . ( ) 2 5 % @ 100 m h z dcr m ax . ( ) r a t ed c u rr en t m ax . ( m a ) r a t ed v o lt age (v) w it hs t a n d v o lt age (v) i nsu l a t i on r es i s t a n ce m i n . (m ) m c m 2012 b 670 g be 67 0 . 40 400 10 25 200 m c m 2012 b 900 g be 90 0 . 40 400 10 25 200 m c m 2012 b 121 g be 120 0 . 40 400 10 25 200 m c m 2012 b 161 g be 160 0 . 50 400 10 25 200 m c m 2012 b 181 g be 180 0 . 50 400 10 25 200 m c m 2012 b 221f bp 220 0 . 50 300 10 25 200 t e s t i n s t r u m en t s a gile n t e 4 9 91 a r f i m pedance / m a t eria l ana l y z e r hp 4338 m i ll i o h mm e t er a gile n t e 5 0 71 c ena series ne t w o rk ana l y z er k ei t h l e y 241 0 11 0 0 v s o urce m e t er m cm 20 12 b 90 0 g b e 1 2 3 4 5 6 7 8 1 : s e r i e s n am e 2 : s i z e c o d e: t h e f i r s t t w o dig i ta l s: l e n g t h ( mm ) , t h e l a s t t wo dig i ta l s: w i d t h ( mm ) 3 : m at e r i a l c o d e 4 : i m p e d a n c e( ) 2 5 % 5 : fi x e d d e c i m a l p o in t 6 : r at e d c u r r e n t c o d e a = 5 0m a b = 8 0 m a c = 1 0 0 m a d = 1 5 0 m a e = 2 00 m a f = 3 0 0 m a g = 4 0 0 m a h = 5 00 m a i = 6 00 m a j = 7 00 m a k = 8 0 0 m a 7 : s o ld e r ing : g r ee n p a r t s: a - s o ld e r in g l e a d - f r ee b - l e a d - f r ee f o r w h o l e c hi p 8 : p a c k a gin g s t yl e e C e mb o ss e d p ap e r t ap e, 7 r ee l . p o w e rf ul c o m ponent s w i th c o m po s i te c o -f i r ed m a t e r ial to s ol v e e m i p r oble m for high s pee d diffe r enti a l si g n al tran smi s si o n lin e a s usb , and l vds , w i thout di s tort ion t o hi gh s peed si g nal t r an s m is s ion f ea tu r e s a nd a pp li c a t i on p r o duc t d e t a il p a r t nu m b e r c o de (ex 900=90 ? 121=120 ? )
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 2 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw m c m 2 012 b 670 f i g1 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g2 . i n se r t i o n l os s v s . fr e u qe nc y charact e ri s t i cs m c m 2 012 b 900 f i g3 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g4 . i n se r t i o n l os s v s . fr e u qe nc y charact e ri s t i cs t y p i c a l c h a r a c t e r i s t ic
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 3 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw m c m 2 012 b 121 f i g5 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g6 . i n se r t i o n l os s v s . fr e u qe nc y charact e ri s t i cs m c m 2 012 b 161 f i g7 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g8 . i n se r t i o n l os s v s . fr e u qe nc y charact e ri s t i cs
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 4 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw m c m 2 012 b 181 f i g9 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g10 . i n s e rt i o n l o s s v s . fr e u qe nc y charact e r i s t i cs m c m 2 012 b 221 f i g11 . i m pe danc e v s . fr e u q e nc y charact e r i s t i cs f i g12 . i n s e rt i o n l o s s v s . fr e u qe nc y charact e r i s t i cs
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 5 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw t y pe d i m e n s i on l 2 . 00 0 . 2 0 w 1 . 25 0 . 2 0 t 1 . 00 0 . 1 0 p 1 . 60 0 . 2 0 c 1 0 . 40 0 . 2 0 c 2 0 . 30 0 . 2 0 u n i t : mm circui t c o n f i g u r a t i o n & l a y o u t p ad s h a r es a n d di m e n s i o ns m e a s urin g circ u i ts
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 6 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw t y p e : p a p e r c a rr i e r u n it : mm s y m bol s i ze s y m bol s i ze w 8 . 00 0 . 10 d 1 1 . 00 0 . 10 p 4 . 00 0 . 10 p o 4 . 00 0 . 10 e 1 . 75 0 . 10 a o 1 . 40 0 . 10 f 3 . 50 0 . 05 b o 2 . 30 0 . 10 p 2 2 . 00 0 . 05 k o 1 . 13 0 . 10 d 1 . 50+ 0 . 1 / -0 t 0 . 22 0 .05 t a p e a n d r ee l spe ci f ic a t i o n s / t a p in g di m e n s i o ns
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 7 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw s t a ndar d qua n t i t y f o r p ac k a g i ng p ac k ag i ng s t y l e : t ap i ng r ee l packag i n g qu a n ti t y : 3000 p c s /r ee l i nne r box : 5 r ee l/i nne r b o x g e n e r a l te ch n i ca l d a t a o pe rt a ti on t e m pe r a t u r r ange : - 40 ~ + 85 s t o r age c ond iti on : l e ss t han 40 a n d 70 % r h s t o r age t i m e : 6 m on t h s m ax. so l de ri ng m e t hod : r e fl o w o r w a v e so l de ri ng r ee l di m e n s i o ns r e c o m m e nd e d s ol d e rin g c o ndi t i o ns
( ch i p co mm on m od e fi l t e r ) e ng i n ee ri ng s p ec i f i ca t ion r e v i s i on d e c e m ber 18 , 2014 8 / 8 @ un s e m i c ondu ct o r c o ., l td . 2014 s pe c i f i c a ti on s a re s ub j e ct t o c ha n ge w i t ho u t n o t i c e. mcm 2012 b s e r i es un s e m i c ondu c t o r co. , lt d . w w w . u n s e m i . c o m .tw r e l i a bi l i t y a nd t es t c o ndi t i on test item test condition criteria temperature cycle a. temperature : -40 ~ +85 b. cycle : 100 cycles c. dwell time : 30minutes measurement : at ambient temperature 24 hrs after test completion a. no mechanical damage b. impedance value should be within 20 % of the initial value operational life a. temperature : 85 5 b. test time : 1000 hrs c. apply current : full rated current measurement : at ambient temperature 24 hrs after test completion a. no mechanical damage b. impedance value should be within 20 % of the initial value biased humidity a. temperature : 40 2 b. humidity : 90 ~ 95 % rh c. test time : 1000 hrs d. apply current : full rated current measurement : at ambient temperature 24 hrs after test completion a. no mechanical damage b. impedance value should be within 20 % of the initial value resistance to solder heat a. solder temperature : 260 5 b. flux : rosin c. dip time : 10 1 sec a. more than 95 % of terminal electrode should be covered with new solder b. no mechanical damage c .impedance value should be within 20 % of the initial value steam aging test a. temperature : 93 2 b. test time : 4 hrs(mca) others : 8 hrs c. solder temperature : 235 5 d. flux : rosin e. dip time : 5 1 sec more than 95 % of terminal electrode should be covered with new solder
|
