143 hitachi aic inc. t antalum electrolytic capacitors tmcu test conditions jis c5101-1:1998 operating temperature range ?5? ~ +125? rated voltage dc2.5 ~ 35v 85? surge voltage dc3.2 ~ 45v 85? derated voltage dc1.6 ~ 22v 125? capacitance 0.1 ~ 220? capacitance tolerance ?0% or 20% paragraph 4.7, 120 hz leakage current tan paragraph 4.8, 120hz paragraph 4.26 thermal shock failure rate 1% / 1000hrs case case size code l ?.2 w ?.2 h max r ?.3 a ?.2 ua 3.2 1.6 1.2 0.7 1.2 ub 3.5 2.8 1.2 0.7 1.8 anode indication belt mark l h a w ua, ub case capacitance f code rated voltage (v.dc) & 6 " 6 " 6 "
6 # 6 "
6 # 6 # 6 # 6 # 6 # ( 6 " 6 " 6 "
6 # 6 "
6 # 6 "
6 # 6 "
6 # 6 # 6 # + 6 " 6 " 6 "
6 # 6 "
6 # 6 "
6 # 6 # 6 # " 6 " 6 " 6 " 6 "
6 # 6 "
6 # 6 # 6 # $ 6 " 6 "
6 # 6 "
6 # 6 "
6 # 6 "
6 # 6 "
6 # 6 # 6 # 6 # % 6 " 6 "
6 # 6 "
6 # 6 "
6 # 6 "
6 # 6 # 6 # 6 # & 6 " 6 " 6 " 6 " 6 # 6 # 6 # 6 # 7 6 " 6 " 6 " 6 "
6 # 6 # 6 # features low profile tantalum chip capacitors developed to meet the growing needs for flat capacitors where height is critical. ? mall and low profile: obtained by thinning the tmcs type. dimensions (unit : mm) standard value and case size terminal code packing polarity code packing method code (t : carrier tape) capacitance tolerance code (m : 20%) capacitance code rated voltage code case size code type of series product symbol : (example) tmcu series a case 4v 100 f 20% tmcu a 0g 107 m t r f tmcu series (ultra flat low profile tantalum chip capacitors) outline of drawings and dimensions specified initial value ?5 85 125 c/c ? 12 ~ 0% 0 ~ +10% 0 ~ +12% tan 0.04 0.05 0.04 0.05 value shown table 0.06 0.08 0.06 0.06 or less 0.08 0.12 0.10 0.12 0.10 0.14 0.12 0.14 0.12 0.16 0.14 0.16 0.18 0.34 0.20 0.22 0.20 0.38 0.22 0.24 0.30 0.60 0.30 0.40 lc 3 f g f s u p p s m f t t p s m f t t standard specified intial specified intial q s p e v d u u b c m f w b m v f p s m f t t w b m v f p s m f t t refer to standard product table c/c 5% or less tan specified initial value or less lc specified initial value or less refer to standard product table paragraph 4.9, in 5 minutes after the rated voltage is applied. c/c 5% or less tan specified initial value or less lc specified initial value or less c/c 10% or less tan specified initial value or less lc specified initial value or less c/c 10% or less tan specified initial value or less lc 125% specified initial value or less c/c 5% or less tan specified initial value or less lc specified initial value or less c/c 10% or less tan 150% specified initial value or less lc 200% specified initial value or less product specifications paragraph 4.24 solder dip 260?? 10? sec. reflow?60? 10? sec. paragraph 4.22, 40? 90 ~ 95%rh,500hrs leave at -55?, normal temperature, 125?, and normal temperature for 30 min., 3 min., 30 min., and 3 min. repeat this operation 5 times running. 40?, humidity 90 to 95%rh the rated voltage is applied for 500 hours. paragraph 4.23, 85? the rated voltage is applied for 2000 hours. 85?. the rated voltage is applied (through a protective resistor of 1 ? /v). surge withstanding voltage temperature characteristics solder heat resistance moisture resistance no load high-temperature load moisture resistance load ' p s s b u j o h t o p u d p w f s f e j o u i f u b c m f
d p o t v m u ) j u b d i j " * $ t 5 i j t d b u b m p h j t e f t j h o f e g p s q s p w j e j o h h f o f s b m j o g p s n b u j p o 1 m f b t f j o r v j s f p g p v s 4 b m f t % f q b s u n f o u u p d p o g j s n t q f d j g j d b u j p o t q s j p s u p v t f
144 t antalum electrolytic capacitors hitachi aic inc. marking indication standard product tables - tmcu series standard product table - tmcu series 10v1 f ua case 16v1 f ua case a6 a ca6 a anode indication belt mark simplified code of nominal capacitance (a6 : 1 f) simplified code of rated voltage (c : 16v) lot indication ( a:for manufacturing in january, 2009 ) ? when the capacitance code is the same in the same case, use the voltage code for the higher rated voltage. " # $ % & ' ( ) + , - . / 1 2 3 4 5 6 7 8 9 : ; b c d e f g h i k l m n o q r s t u v w x y z [ lot indication . p o u i : f b s rated voltage capacitance tan leakage current case product name v. dc ? ? code 6 " 5 . $ 6 " & 6 " 5 . $ 6 " & 6 " 5 . $ 6 " & 6 # 5 . $ 6 # & 6 " 5 . $ 6 " & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 " 5 . $ 6 " ( 6 " 5 . $ 6 " ( 6 " 5 . $ 6 " ( 6 # 5 . $ 6 # ( 6 " 5 . $ 6 " ( 6 # 5 . $ 6 # ( 6 " 5 . $ 6 " ( 6 # 5 . $ 6 # ( 6 " 5 . $ 6 " ( 6 # 5 . $ 6 # ( 6 # 5 . $ 6 # ( 6 # 5 . $ 6 # ( 6 " 5 . $ 6 " + 6 " 5 . $ 6 " + 6 " 5 . $ 6 " + 6 # 5 . $ 6 # + 6 " 5 . $ 6 " + 6 # 5 . $ 6 # + 6 " 5 . $ 6 " + 6 # 5 . $ 6 # + 6 # 5 . $ 6 # + 6 # 5 . $ 6 # + 6 " 5 . $ 6 " " 6 " 5 . $ 6 " " 6 " 5 . $ 6 " " 6 " 5 . $ 6 " " 6 # 5 . $ 6 # " 6 " 5 . $ 6 " " 6 # 5 . $ 6 # " 6 # 5 . $ 6 # " 6 # 5 . $ 6 # " 6 " 5 . $ 6 " $ 6 " 5 . $ 6 " $ 6 # 5 . $ 6 # $ 6 " 5 . $ 6 " $ 6 # 5 . $ 6 # $ 6 " 5 . $ 6 " $ 6 # 5 . $ 6 # $ 6 " 5 . $ 6 " $ 6 # 5 . $ 6 # $ 6 " 5 . $ 6 " $ 6 # 5 . $ 6 # $ 6 # 5 . $ 6 # $ 6 # 5 . $ 6 # $ 6 # 5 . $ 6 # $ 6 " 5 . $ 6 " % 6 " 5 . $ 6 " % 6 # 5 . $ 6 # % 6 " 5 . $ 6 " % 6 # 5 . $ 6 # % 6 " 5 . $ 6 " % 6 # 5 . $ 6 # % 6 " 5 . $ 6 " % 6 # 5 . $ 6 # % 6 # 5 . $ 6 # % 6 # 5 . $ 6 # % 6 # 5 . $ 6 # % 6 " 5 . $ 6 " & 6 " 5 . $ 6 " & 6 " 5 . $ 6 " & 6 " 5 . $ 6 " & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 # 5 . $ 6 # & 6 " 5 . $ 6 " 7 6 " 5 . $ 6 " 7 rated voltage capacitance tan leakage current case product name v. dc ? ? code 6 " 5 . $ 6 " 7 6 " 5 . $ 6 " 7 6 # 5 . $ 6 # 7 6 # 5 . $ 6 # 7 6 # 5 . $ 6 # 7
|
