ALUMINUM ELECTROLYTIC CAPACITORS UPJ - …

1 ALUMINUM ELECTROLYTIC refer to page 18, 19 about the formed or taped product refer to page 4 for the minimum order 7 PMUBHF 7 DPEF 3 BUFE$BQBDJUBODF ' $BTF 4J[F % - NN UBO -FBLBHF $VSSFOU " *NQFEBODF ." 3 JQQMF N"SNT L)[ PBSU /VNCFS BU BGUFS NJOVUFT L)[ L)[ , .. 6)8 , .)% .. 33 . 6)8 , .)% .. 3 6)8 , .)% 3 .. 33 . 6)8 , .)% .. 3 . 6)8 , .)% 3 .. 3 . 6)8 , .)% .. 3 6)8 , .)% 3 .. 3 . 6)8 , .)% 3 .. 3 6)8 , .)% .. 3 6)8 , .)% " .. 3 6)8 " 3 .%% .3 .. 6)8 " .&%33 .. 33 ..3 6)8 "33 .P% .. 3 6)8 " .P% .. 6)8 " .P% .. 6)8 " .P% .. 6)8 " .P% ..3 3 6)8 " .P% .. 3 6)8 " .)% .. 6)8 " .P% .. 6)8 " .)% .. 6)8 " .)% . 3.]]]]

2 3 6)8 " .)% .. 6)8 " .)% 3 . 3 .. 3 . 3 . 6)8 "3 .)%3 . 3 .. 3 6)8 "3 .)% 3 . 3 .. 6)8 "3 .)%3 .. 33 . 6)8 " .)% .. 3 . 6)8 " .)% 3 .. 33 . 6)8 " .)% 3 .. 3 . 6)8 " .)% 3 .. 3 . 6)8 " .)% .. 3 6)8 " .)% 3 .. 3 6)8 " .)% .. 3 6)8 " .)%DimensionsFor cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ). If there is no size code in the part number, please add size code 1 and then add the appropriate ELECTROLYTIC CAPACITORSUPJLow Impedance, For Switching Power Supplies Low impedance and high reliability withstanding 5000 hours load lifeat +105 C (3000 / 2000 hours for smaller case sizes as specified below).

3 Capacitance ranges available based on the numerical values in E12 series under suited for use of switching power to the RoHS directive (2011/65/EU,(EU)2015/863).UPJUPSS mallerPressurerelief vent In case L >25 for the dia. unit, lead dia. d= codeCapacitance tolerance ( 20%)Rated capacitance (470 F)Rated voltage (25V)Series nameTypeTypeSmall DiaLow ProfileCode615 MIN4 MIN d D+ MAX.( ) DP ( D < 8) ( D 8) + (P. ) D5Pb-free leadwirePb-free PET to 18HD Configuration(mm)P Lead TypeType numbering system (Example : 25V 470 F) Please refer to page 18 about the end seal coefficient Cap.( F)300Hz1kHz120 HzFrequency coefficientRated to 100V(10kHz to 200kHz = 1)160 to 450V50Hz 120Hz 300Hz 1kHz 10kHz or coefficient of rated ripple current Dimension table in next Temperature RangeRated Voltage RangeRated Capacitance RangeCapacitance ToleranceLeakage CurrentTangent of loss angle (tan )Stability at Low TemperaturePerformance CharacteristicsItem 55 to +105 C ( to 100V), 40 to +105 C (160 to 400V), 25 to +105 C (450V) to 450V1 to 15000 F 20% at 120Hz, 20 CRated Voltage (V)Leakage current120 HzAfter 1 minute's application of rated voltage at 20 C, leakage current is not more than or 4 ( A)

4 , whichever is to 450 After 1 minute's application of rated voltage at 20 C,CV <= 1000 : I = +40 ( A) or less. CV > 1000 : I = +100 ( A) or voltage (V)Impedanceratio MAX.)Z 25 C / Z+20 CZ 40 C / Z+20 CZ 55 C / Z+20 10 416 32 5 35 350 to 100 2160 200 4 250 6 315 350 8 400 10 45015 to 100 For capacitance of more than 1000 F, add for every increase of 1000 F. 120Hz, 20 CRated Voltage (V)tan MAX.) to to specifications listed below shall be met when the CAPACITORS are restored to 20 C after bias plus rated ripple current is applied at 105 C for the condition listed at peak voltage shall not exceed the rated voltage.

5 Leakage currenttan Less than or equal to the initial specified value150% or less than the initial specified valueWithin 20% of the initial capacitance valueMarkingPrinted with white color letter on dark brown LifeAfter storing the CAPACITORS under no load at 105 C for 1000 hours and then performing voltage treatment based on JIS C 5101-4 clause at 20 C, they shall meet the specified values for the endurance characteristics listed at changeRated Voltage D(mm) 5, 8>= 450V2000h3000h5000hh = hoursWithin 20% of the initial capacitance value200% or less than the initial specified valueLess than or equal to the initial specified valueCapacitance change tan Leakage ELECTROLYTIC CAPACITORSUPJ3 BUFE 7 PMUBHF 7 DPEF 3 BUFE$BQBDJUBODF ' $BTF 4J[F % - NN UBO -FBLBHF $VSSFOU " *NQFEBODF.]

6 " 3 JQQMF N"SNT PBSU /VNCFS BU BGUFS NJOVUF L)[ L)[ UP L)[ )[ .3 + .. 3. 6P+ + .%% .. 6P+ + .%% .3 ..3 .. 6P+ + .&% .3 . 3 .. 6P+ + .&% .3 .. 6P+ + .&% .3 .. 3 .3 . 3 6P+ + .&%33 .3 ..3 .3 . 3 6P+ +33 .&%3 .. 3.. 3 6P+ +3 .P% .. 3 .. 3 6P+ + .P% .. 3 . 3 . 6P+ + .P% .. 6P+ + .P% .. 3 6P+ + .P% .. 3 6P+ + .P% .. 6P+ + .P% .. 3 .33 6P+ + .P% ..3 3 6P+ + .P% ..3 6P+ + .P% .. 3 .33 6P+ + .)% .. 6P+ + .P% ..3 3 6P+ + .)% . 3.. 6P+ + .P% .. 3.. 6P+ + .)% 3 .. 3 .. 3 3 6P+ + .P% . 3 .. 6P+ + .)% 3 .. 3 6P+ + .P% .. 3 6P+ + .)% ..3 .. 3 6P+ + .)% ..3 .. 3 6P+ + .)% 33 .. 3.. 3 6P+ +33 .)%33 . 3.. 6P+ +33 .)% 3 . 3 .. 3 .. 3.]]]]

7 3 6P+ +3 .)%3 . 3 .. 6P+ +3 .)% . 3 ..3 . 3 . 6P+ + .)% ..3 .. 3 6P+ + .)% ..3 .. 3 . 6P+ + .)% .3 .. 6P+ + .)% 3 ..3 .. 3 3 3 6P+ + .)% .3 .. 3 . 6P+ + .)% 3 ..3 .. 6P+ + .)% 3 ..3 .. 3 . 3 6P+ + .)% .. 3 6P+ + 3.)% 3 .. 6P+ + 3.)% 3 .. 3 . 3 6P+ + 3.)% . 3 .. 6P+ + 3.)%DimensionsFor cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ). If there is no size code in the part number, please add size code 1 and then add the appropriate ELECTROLYTIC CAPACITORSUPJ3 BUFE 7 PMUBHF 7 DPEF 3 BUFE$BQBDJUBODF ' $BTF 4J[F % - NN UBO -FBLBHF $VSSFOU " *NQFEBODF ." 3 JQQMF N"SNT PBSU /VNCFS BU BGUFS NJOVUF L)[ L)[ UP L)[ )[ ".]]]]]

8 3 6P+ " .%% .. 6P+ " .%% .3 . 3 .. 3 6P+ " .&% .3 . 3 .. 3 6P+ " .&% .3 .. 6P+ " .&% .3 .. 6P+ " .&% .3 ..3 . 3 6P+ " .&% .3 ..3 . 3 6P+ " .&%33 .. 3 6P+ "33 .P%3 .. 3 6P+ "3 .P%3 .. 3 6P+ "3 .P% .. 6P+ " .P% .. 3 6P+ " .P% .. 3 6P+ " .P% .. 6P+ " .P% .. 3 .33 6P+ " .P% ..3 3 6P+ " .P% .. 3 6P+ " .P% .. 3 .33 6P+ " .)% . 3 .. 6P+ " .P% .. 3 .. 6P+ " .)% . 3 .. 6P+ " .P% .. 3 .. 3 6P+ " .)% 3 .. 6P+ " .P% .. 33 6P+ " .)% .. 3 6P+ " .)% .. 6P+ " .)% .. 3 6P+ " .)% .. 6P+ " .)% . 3 .. 3 . 6P+ " .)% .. 3 6P+ " .)% 33 . 3 .. 3 . 3 . 6P+ "33 .)%33 . 3 .. 6P+ "33 .)% 3 .. 3 . 3 . 3 6P+ "3 .)%3 . 3 .. 6P+ "3 .)% 3 .. 6P+ " .)%.

9 3 . 6P+ " .)% 3 .. 3 6P+ " .)% .. 33 . 3 3 6P+ " .)% 3 .. 6P+ " .)% 3 .. 6P+ " .)% .33 . 3 . 3 6P+ " .)% 3 ..33 .. 3 6P+ " .)% .3 3 .. 33 3 6P+ " 3.)%DimensionsFor cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ). If there is no size code in the part number, please add size code 1 and then add the appropriate ELECTROLYTIC CAPACITORSUPJ3 BUFE 7 PMUBHF 7 DPEF 3 BUFE$BQBDJUBODF ' $BTF 4J[F % - NN UBO -FBLBHF $VSSFOU " *NQFEBODF ." 3 JQQMF N"SNT PBSU /VNCFS BU BGUFS NJOVUF L)[ L)[ UP L)[ )[ .3 + .. 3. 6P+ + .%% .. 6P+ + .%% .3 ..3 .. 6P+ + .&% .3 . 3 .. 6P+ + .&% .3 .. 6P+ +.]]]]]

10 &% .3 .. 3 .3 . 3 6P+ + .&%33 .3 ..3 .3 . 3 6P+ +33 .&%3 .. 3.. 3 6P+ +3 .P% .. 3 .. 3 6P+ + .P% .. 3 . 3 . 6P+ + .P% .. 6P+ + .P% .. 3 6P+ + .P% .. 3 6P+ + .P% .. 6P+ + .P% .. 3 .33 6P+ + .P% ..3 3 6P+ + .P% ..3 6P+ + .P% .. 3 .33 6P+ + .)% .. 6P+ + .P% ..3 3 6P+ + .)% . 3.. 6P+ + .P% .. 3.. 6P+ + .)% 3 .. 3 .. 3 3 6P+ + .P% . 3 .. 6P+ + .)% 3 .. 3 6P+ + .P% .. 3 6P+ + .)% ..3 .. 3 6P+ + .)% ..3 .. 3 6P+ + .)% 33 .. 3.. 3 6P+ +33 .)%33 . 3.. 6P+ +33 .)% 3 . 3 .. 3 .. 3 . 3 6P+ +3 .)%3 . 3 .. 6P+ +3 .)% . 3 ..3 . 3 . 6P+ + .)% ..3 .. 3 6P+ + .)% ..3 .. 3 . 6P+ + .)% .3 .. 6P+ + .)% 3 ..3 .. 3 3 3 6P+ + .)% .3 .. 3 . 6P+ + .)% 3.