e ng i n ee r i ng s p e c i f i cat i on r e v i s i on d e c e m ber 18 , 2014 1 / 5 @ 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. p l ea s e re f e r t o w w w . un s e m i .c o m . tw f or c urre n t i n f or m a t i on. t c f 030 2 5 u 12 0 0 2 a 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 a m e t e r p a r a m e t e r r a t i n g un i t s r a t ed vo l t a g e v dc 5 v o pe r a t i n g t e m p e r a t u r e - 25 ~ 85 r a t ed c u rr en t i dc 100 m a le a d s o l de ri n g t e m p e r a t u r e t s o l 260 ( 1 0 s e c . ) p a r a m e t e r m i n t y p m a x un i t s c o mm on m o d e im pe d an c e ( a t 100 m h z ) 7 12 17 c u t- o ff f r eq u enc y 8 . 5 g h z d c r e s i s t ance 2 . 0 i nsu l a t i on r e s i s t a nce 10 m t c f03025 u 12002 a s e r ies is a th in f il m c o mm on m ode f il t e r de si gne d to s u pp r e s s c o m m o n m ode noi s e for hig h s pe ed diffe r ential data l ines , s h c h a s d ispla y p o rt, e -sa t a , usb 3. 0 , h d m i, m i p i and m h l. f ea tu r e s a nd a pp li c a t i on a b s ol u t e m a x i m u m r a t in gs e l e c t ri c al c h a r a c t e ri s t ics
u e ng i n ee r i ng s p e c i f i cat i on r e v i s i on d e c e m ber 18 , 2014 2 / 5 @ 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. p l ea s e re f e r t o w w w . un s e m i .c o m . tw f or c urre n t i n f or m a t i on. t c f 030 2 5 u 12 0 0 2 a 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 cf 03025 120 02 a 1 2 3 4 5 6 7 1 : p r o du c t t y p e : t c f = thi n fil m c o mm o n mo d e fi l t e r 2 : eia d i m e n s i o n co d e 3 : s p ee d i d e n t i f i c at i o n c o d e 4 : i m p e d a n c e ( a t 1 00 m h z ) : 1 2 0 = 12 5 : lin e c o d e: 0 2 = 2 lin e s 6 : s p e c i a li z e d s p e c i f i c a t i o n co d e 7 : co n t r o l c o d e 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 t es t i n s t rum e n t : h p42 9 1 a i mp e d a n ce / m a t e r i a l a n a l y z er t es t i n s t rum e n t : a g il e n t e 5 071 c e n a l - l n e t w or k a n a l y z er t y p i c a l c h a r a c t e r i s t ic p a r t nu m b e r c o de
e ng i n ee r i ng s p e c i f i cat i on r e v i s i on d e c e m ber 18 , 2014 3 / 5 @ 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. p l ea s e re f e r t o w w w . un s e m i .c o m . tw f or c urre n t i n f or m a t i on. t c f 030 2 5 u 12 0 0 2 a 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 se r i e s a b c d e f t c f 03 0 25 0 . 85 0 . 05 0 . 65 0 . 05 0 .4 0 . 0 5 0 . 27 0 . 1 0 .2 0 . 1 0 .5 0 . 1 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
e ng i n ee r i ng s p e c i f i cat i on r e v i s i on d e c e m ber 18 , 2014 4 / 5 @ 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. p l ea s e re f e r t o w w w . un s e m i .c o m . tw f or c urre n t i n f or m a t i on. t c f 030 2 5 u 12 0 0 2 a 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 a 8 0 . 1 b 3 .5 0 . 05 c 1 . 75 0 . 05 d 2 0 . 05 e 4 0 . 1 f 1 . 55 0 . 05 l 1 . 04 0 . 03 w 0 . 78 0 . 03 t 0 . 60 0 . 03 r ee l di m e n s i o ns t a p e a n d r ee l sp e ci f ic a t i o n s / t a p in g di m e n s i o ns
e ng i n ee r i ng s p e c i f i cat i on r e v i s i on d e c e m ber 18 , 2014 5 / 5 @ 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. p l ea s e re f e r t o w w w . un s e m i .c o m . tw f or c urre n t i n f or m a t i on. t c f 030 2 5 u 12 0 0 2 a 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 c o m m e nd e d r e fl o w s ol d e rin g a 1 st rising temperature the normal to preheating temperature 30s to 60s b preheating 140 to 160 60s to 120s c 2 nd rising temperatur e preheating to 200 20s to 40s d main heating if 220 if 230 if 240 if 250 if 260 50s 60s 40s 50s 30s 40s 20s 40s 20s 40s e regular cooling 200 to 100 1 /s 4 /s z according to j-std-020c
|
