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Technical content

Features

  • A 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.
  • H igh heat resistance and high reliability: Improved over the predecessor in high-temperature (125°C) reliability, moisture resistance, and temperature cycling test resistance. Product symbol : (Example) TMCH Series A case 16V 1µF ±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 Dimensions (Unit : mm) TMCH Series (High Reliability Tantalum Chip Capacitors) ˚$$ ±5% or less UBOЎ Specified initial value or less -$ Specified initial value or less ˚$$ ±10% or less UBOЎ Specified initial value or less -$ Specified initial value or less ˚$$ ±5% or less UBOЎ Specified initial value or less -$ Specified initial value or less ˚$$ ±5% or less UBOЎ Specified initial value or less -$ Specified initial value or less Solder Dip 260±5°C A, B case C, E case 10±1 sec. 5±0.5 sec. Reflow–260°C 10±1 sec. ˚$$ ±5% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT ˚$$ ±10% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT Paragraph 4.22, 85°C 85%RH,1000hrs ˚$$ ±10% or less UBOЎ Specified initial value or less -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT ˚$$ ±20% or less UBOЎ Specified initial value or less -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT Paragraph 4.23, 85°C The rated voltage is applied for 2000 hours. 5.$) 85°C 85°C 125°C 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 ˚$$ ±5% or less UBOЎ Specified initial value or less -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT ˚$$ ±20% or less UBOЎ Specified initial value or less -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT Leave at -55°C, normal temperature, 125°C, and normal temperature for 30 min., 3 min., 30 min., and 3 min. Repeat this operation 1000 times running. ˚$$ ±5% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT ˚$$ ±12% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT 65°C, humidity 90 to 95%RH The rated voltage is applied for 500 hrs. ˚$$ ±10% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT ˚$$ ±10% or less UBOЎ 4QFDJGJFE JOJUJBMWBMVFPSMFTT -$ 4QFDJGJFE JOJUJBMWBMVFPSMFTT (At 150˚C with no load) 0.5% / 1000hrs 0.5% / 1000hrs 85°C. The rated voltage is applied (through a protective resistor of 1 Ω/V). Product specifications Operating temperature range Rated voltage Surge voltage Derated voltage Capacitance Capacitance tolerance Leakage current tanδ 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 –55°C ~ +125°C DC4 ~ 35V DC5 ~ 45V DC2.5 ~ 22V 0.1 ~ 100µF ±10% or 20% 3FGFSUP4UBOEBSEQSPEVDUUBCMF 3FGFSUP4UBOEBSEQSPEVDUUBCMF ˞5IJTDBUBMPHJTEFTJHOFEGPSQSPWJEJOHHFOFSBMJOGPSNBUJPO1MFBTFJORVJSF PGPVS4BMFT%FQBSUNFOUUPDPOGJSNTQFDJGJDBUJPOTQSJPSUPVTF ˞1MFBTFTFFUIFQBHF PG5.$14FSJFT BCPVUEFUBJMT JOGPSNBUJPOPG1DBTF ʢʣ CSBDLFUT JOEFWFMPQNFOU ˚$$ UBOЎ 7BMVF TIPXO UBCMFPS MFTT Specified initial value ʵ PS 0.25µA or less ʵ ʵʙˋ ʵ ʙʴˋ PS 2.5µA or less ʙʴˋ PS 3.12µA or less ˚$$ UBOЎ 7BMVF TIPXO UBCMFPS MFTT Specified initial value ʵ PS 0.25µA or less ʵ ʵʙˋ ʵ ʙʴˋ PS 2.5µA or less ʙʴˋ PS 3.12µA or less

TANTALUM ELECTROLYTIC CAPACITORS Hitachi AIC Inc. A, B caseC, E caseP case 16V1µF A case 20V1µF A case A6A ᶅRated voltage (16V) ᶄNominal capacitance Volue (10µF)10 16A ᶆLot indication (A:for manufacturing in January, 2009) DA6A ᶃAnode indication belt mark ᶄSimplified code of rated voltage (A : 10V) ᶃAnode indication belt mark AS ᶅSimplified code of nominal capacitance(S:4.7 µ) 10V4.7µF Anode indication belt mark Simplified code of nominal capacitance (A6 : 1µF) 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. ᶃ ᶃ ᶄ ᶅᶆ ᶄᶅ Standard product tables - TMCH series Marking indication Standard product table - TMCH series Rated voltage Capacitance tanδ Leakage current Case Product nameV. DC µF µA code " 5.$)"( " 5.$)"( # 5.$)#( # 5.$)#( $ 5.$)$( $ 5.$)$( & 5.$)&( & 5.$)&( ʢʣ " 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 tanδ Leakage current Case Product nameV. DC µF µA 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 .POUI :FBS