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& & & standard value and case size features ? moulded type chip capacitor developed on the basis of tmc production technology especially for car electronics applications. also usable for use in office automation and other computer-based equipment which is required to offer high reliability. ? igh heat resistance and high reliability: improved over the predecessor in high-temperature (125?) reliability, moisture resistance, and temperature cycling test resistance. product symbol : (example) tmch series a case 16v 1 f 20% terminal code packing polarity code packing method code (t:carrier tape) capacitance tolerance code (m : 20%) capacitance code rated voltage code case size code tmch a 1c 105 m t r f type of series case case size code l ?.2 w ?.2 h ?.2 r ?.3 a ?.2 p 2.0 1.25 1.2 0.5 0.9 a 3.2 1.6 1.6 0.7 1.2 b 3.5 2.8 1.9 0.8 2.2 c 5.8 3.2 2.5 1.3 2.2 e 7.3 4.3 ?.3 2.8 1.3 2.4 dimensions (unit : mm) tmch series (high reliability tantalum chip capacitors) $ $ ?% or less u b o specified initial value or less - $ specified initial value or less $ $ ?0% or less u b o specified initial value or less - $ specified initial value or less $ $ ?% or less u b o specified initial value or less - $ specified initial value or less $ $ ?% or less u b o specified initial value or less - $ specified initial value or less solder dip 260?? a, b case c, e case 10? sec. 5?.5 sec. reflow?60? 10? sec. $ $ ?% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t $ $ ?0% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t paragraph 4.22, 85? 85%rh,1000hrs $ $ ?0% or less u b o specified initial value or less - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t $ $ ?0% or less u b o specified initial value or less - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t paragraph 4.23, 85? the rated voltage is applied for 2000 hours. 5 . $ ) 85? 85? 125? paragraph 4.7, 120 hz paragraph 4.9, in 5 minutes after the rated voltage is applied. paragraph 4.8, 120hz paragraph 4.26 paragraph 4.24 p case and the other ( bold - type indication ) test conditions jis c5101-1:1998 $ $ ?% or less u b o specified initial value or less - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t $ $ ?0% or less u b o specified initial value or less - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t leave at -55?, normal temperature, 125?, and normal temperature for 30 min., 3 min., 30 min., and 3 min. repeat this operation 1000 times running. $ $ ?% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t $ $ ?2% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t 65?, humidity 90 to 95%rh the rated voltage is applied for 500 hrs. $ $ ?0% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t $ $ ?0% or less u b o 4 q f d j g j f e j o j u j b m w b m v f p s m f t t - $ 4 q f d j g j f e j o j u j b m w b m v f p s m f t t (at 150?c with no load) 0.5% / 1000hrs 0.5% / 1000hrs 85?. the rated voltage is applied (through a protective resistor of 1 ? /v). product specifications operating temperature range rated voltage surge voltage derated voltage capacitance capacitance tolerance leakage current tan surge withstanding voltage temperature characteristics solder heat resistance moisture resistance no load high-temperature load thermal shock moisture resistance load high temperature load failure rate ?5? ~ +125? dc4 ~ 35v dc5 ~ 45v dc2.5 ~ 22v 0.1 ~ 100? ?0% or 20% 3 f g f s u p 4 u b o e b s e q s p e v d u u b c m f 3 f g f s u p 4 u b o e b s e q s p e v d u u b c m f 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 t 1 m f b t f t f f u i f q b h f p g 5 . $ 1 4 f s j f t
b c p v u e f u b j m t j o g p s n b u j p o p g 1 d b t f c s b d l f u t j o e f w f m p q n f o u $ $ u b o 7 b m v f t i p x o u b c m f p s m f t t - $ specified initial value $ 7 p s 0.25? or less ? ? ? ? $ 7 p s 2.5? or less ? ? $ 7 p s 3.12? or less $ $ u b o 7 b m v f t i p x o u b c m f p s m f t t - $ specified initial value $ 7 p s 0.25? or less ? ? ? ? $ 7 p s 2.5? or less ? ? $ 7 p s 3.12? or less
148 t antalum electrolytic capacitors hitachi aic inc. a, b case c, e case p case 16v1 f a case 20v1 f a case a6 a ? rated voltage (16v) ? nominal capacitance volue (10 f) 10 16 a ? lot indication (a:for manufacturing in january, 2009) da6 a ? anode indication belt mark ? simplified code of rated voltage (a : 10v) ? anode indication belt mark as ? simplified code of nominal capacitance(s : 4.7 ) 10v4.7 f anode indication belt mark simplified code of nominal capacitance (a6 : 1 f) simplified code of rated voltage (d : 20v) 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. ? ? ? ? ? ? ? standard product tables - tmch series marking indication standard product table - tmch series rated voltage capacitance tan leakage current case product name v. dc ? ? code " 5 . $ ) " ( " 5 . $ ) " ( # 5 . $ ) # ( # 5 . $ ) # ( $ 5 . $ ) $ ( $ 5 . $ ) $ ( & 5 . $ ) & ( & 5 . $ ) & ( " 5 . $ ) " + " 5 . $ ) " + " 5 . $ ) " + 1 5 . $ ) 1 + " 5 . $ ) " + # 5 . $ ) # + 1 5 . $ ) 1 + # 5 . $ ) # + # 5 . $ ) # + # 5 . $ ) # + $ 5 . $ ) $ + $ 5 . $ ) $ + $ 5 . $ ) $ + & 5 . $ ) & + & 5 . $ ) & + & 5 . $ ) & + 1 5 . $ ) 1 " " 5 . $ ) " " 1 5 . $ ) 1 " " 5 . $ ) " " 1 5 . $ ) 1 " " 5 . $ ) " " 1 5 . $ ) 1 " " 5 . $ ) " " # 5 . $ ) # " # 5 . $ ) # " " 5 . $ ) " " # 5 . $ ) # " # 5 . $ ) # " $ 5 . $ ) $ " $ 5 . $ ) $ " $ 5 . $ ) $ " & 5 . $ ) & " $ 5 . $ ) $ " & 5 . $ ) & " $ 5 . $ ) $ " & 5 . $ ) & " 1 5 . $ ) 1 $ 1 5 . $ ) 1 $ 1 5 . $ ) 1 $ " 5 . $ ) " $ " 5 . $ ) " $ " 5 . $ ) " $ 1 5 . $ ) 1 $ " 5 . $ ) " $ # 5 . $ ) # $ " 5 . $ ) " $ # 5 . $ ) # $ # 5 . $ ) # $ # 5 . $ ) # $ $ 5 . $ ) $ $ $ 5 . $ ) $ $ $ 5 . $ ) $ $ & 5 . $ ) & $ $ 5 . $ ) $ $ & 5 . $ ) & $ $ 5 . $ ) $ $ & 5 . $ ) & $ 1 5 . $ ) 1 % " 5 . $ ) " % " 5 . $ ) " % " 5 . $ ) " % " 5 . $ ) " % # 5 . $ ) # % # 5 . $ ) # % # 5 . $ ) # % rated voltage capacitance tan leakage current case product name v. dc ? ? code # 5 . $ ) # % $ 5 . $ ) $ % $ 5 . $ ) $ % $ 5 . $ ) $ % & 5 . $ ) & % & 5 . $ ) & % & 5 . $ ) & % " 5 . $ ) " & " 5 . $ ) " & # 5 . $ ) # & # 5 . $ ) # & # 5 . $ ) # & # 5 . $ ) # & $ 5 . $ ) $ & $ 5 . $ ) $ & $ 5 . $ ) $ & & 5 . $ ) & & & 5 . $ ) & & & 5 . $ ) & & " 5 . $ ) " 7 " 5 . $ ) " 7 " 5 . $ ) " 7 " 5 . $ ) " 7 " 5 . $ ) " 7 # 5 . $ ) # 7 " 5 . $ ) " 7 # 5 . $ ) # 7 " 5 . $ ) " 7 # 5 . $ ) # 7 # 5 . $ ) # 7 $ 5 . $ ) $ 7 # 5 . $ ) # 7 $ 5 . $ ) $ 7 # 5 . $ ) # 7 $ 5 . $ ) $ 7 $ 5 . $ ) $ 7 & 5 . $ ) & 7 $ 5 . $ ) $ 7 & 5 . $ ) & 7 & 5 . $ ) & 7 & 5 . $ ) & 7 " # $ % & ' ( ) + , - . / 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
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