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EMF1VM471WE0D00R
SMD Aluminium Electrolytic Capacitor, Radial Can - SMD, 470 µF, 35 V, 6000 hours @ 105°C, Polar
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- Manufacturer: AISHI
- Product type:
- SVHC: To Be Advised
- Polarity: Polar
- Capacitance: 470µF
- Voltage(DC): 35V
- Product Range: MF Series
- Product Width: -
- Qualification: AEC-Q200
- Product Height: 13.5mm
- Product Length: -
- Ripple Current: -
- Product Diameter: 12.5mm
- Capacitor Terminals: Solder
- Capacitance Tolerance: ± 20%
- Lifetime @ Temperature: 6000 hours @ 105°C
- Capacitor Case / Package: Radial Can - SMD
- Operating Temperature Max: 105°C
- Operating Temperature Min: -55°C
| Delivery and price | |
|---|---|
| Units per pack | 1200 |
| Price | 0.193 € |
| Current stock | 25+ |
| Lead time | 30 days |
Datasheet
**==> picture [516 x 687] intentionally omitted <==** **----- Start of picture text -----**<br> AiSHi ALUMINUM ELECTROLYTIC CAPACITORS<br>ME series Le la,<br>san<br>® Endurance: 6,000 hours at 105°C “3<br>e Designed for surface mounting on high density PC board aa.<br>© Compliantto AEC-Q200 _—|<br>e RoHS Compliant<br>M® SPECIFICATIONS<br>Category Temperature Range -55~+105°C(6.3~100 Vac) -40~+105°C(160~450 Vac)<br>Rated Voltage Range 6.3~450 Vac<br>Capacitance Tolerance +20%(M)<br>ccceeeeeereneeeseeeeeneee BNO MIC ceeeeefeceeeneeeeeneeeenen 607450 Wie<br>Leakage Current 1<0.03CV or 4u/A, whichever is greater. (2 minutes) ; 1<0.04CV+100HA(1 minute)<br>Where, I:Max.leakage current (uA),C:Nominal capacitance (uF),V: Rated voltage (V) (at 20°C)<br>Dissipation Factor (tand) DoSn RatedEEE EEEEEE Voltage(Vac) SEESEESEOCEEOEE SEES OEEOOELOES ' SOOEOCSEO 6.3: EOESCEESS 10} SOEECOEOE 16 | OOEOCEST 25: SO CEECEOCSEOEOOES 35-50 } COE OEECOEOOEOOESO 63~80 | EOSCEOSCLOSSCSE 100: 160~250OEE COSIOET : CLOSE400~450 OEOESSOSSS:<br>Dissipation Factor(Max.) !0.32:0.28:0.26:0.16: 0.14 : 0.12 :0.10: 0.20 : 0.24 : (at20°C,120Hz)<br>Rated Voltage(Vac) 6.3 10 | 16 | 25 35~50 | 63~80 | 100! 160~250 | 400~450|<br>Low Temperature Z(-25°C)/Z(+20°C) 64:3: 2:2) 2 $$ 2 $2) 6 § 6 |<br>Characteristics sepetecseacasatenaresessetscantecceceneceedhecesacecdeecesenesdicecscacdbeceeecefesescacasecerecebesescatacecacecediessseeadacecacesersseceaetescecececesecesect<br>(Max. Impedance Ratio) Z(-40°C)/Z(+20°C) 6 ; 4: 3 ; 3: 3 : 3 3: 10 : 18 :<br>Z(-55°C)/Z(+20°C) 686 4' 38) 83) 8 838i ee (at 120Hz)<br>The specifications listed below shall be satisfied when the capacitors are restored to 20°C after rated voltage is<br>applied for 6,000 hours at 105°C.<br>Endurance sroperoeseoesnecesacesaeseecsRated Voltage(Va c ecesacecacecacihecesecsuarsuecscacsuaccuaceuecsuecsuaesuaccaaceuacsuacsaaccuadecaccuacesarsuacsuessaaesuaceuaccuaccsacsuecsuaecuecsuacenacsaaceueseuersaeseaesesa) : 6.3~100 : 160~450<br>Capacitance Change : $+30% ofthe initial value : $420% of the initial value<br>Dissipation Factor ; $300%of the initial specified value ; $200%ofthe initial specified value<br>Leakage Current <The initial specified value <The initial specified value<br>The following specifications shall be satisfied when the capacitors are restored to 20°C after leaving them under no load at<br>105°C for 1,000 hours.<br>Rated Voltage(Vac) : 6.3~100 : 160~450<br>SLE Capacitance Change $+30%ofthe initial value <$+20%of the initial value<br>Dissipation Factor ; $300%ofthe initial specified value ; $200%ofthe initial specified value<br>Leakage Current $200%of the initial specifiedvalue $200%of the [initial] [specified] [value]<br>m DIMENSIONS[mm] ® [Siecode]| D | L | A | B | c | w | P |<br>r at[o Pe80 | 63 | 77 | 66] 66] 72 | 05-0805-08<br>g w/o . PFs [63 | 80 | 66] 66] 72 | 05-08<br>8 — ¢* -—t é|ol¢ |[Feo]eB0| 63 | 105| 66 | 66 | 72 | 05-08<br>8 [405] a3] 83] 00 | 07-11<br>L [Foo | 8 [125] 83) 83 | 90] 07-11<br>0.3max>l| < | Feo [ 8 | 135] 83 | 83 | 90 | 07-11<br><—mos1405 rao |_Gso_G80 | 1010 | 777.7 || 10.310.3 || 10.310.3 || 11.011.0 || 07~1.10.7~1.1 || 4.54.5 |<br>0.7~1.1<br>0.7~1.1<br>m 0.7~1.1<br>PART NUMBERING SYSTEM 07-14<br>© MF iH M 470 FBO -<-- R 10-13<br>t Marking code 10-13<br>Terminal code 1.0-1.3<br>Capacitance- Size code Note: 1)Tolerance shall be L+1.3(max.)forG80.<br>Capacitance [tolerance] [code] code 2)M type fiformingaeis available forfor SizeSize E83 ~ GHO :<br>Voltage code<br>Series code<br>Category code<br>**----- End of picture text -----**<br> ® RATED RIPPLE CURRENT MULTIPLIERS Frequency correction factor for ripple current 120 1k 10k 100k Rated voltage(Vdc) 87 Q B ## ALUMINUM ELECTROLYTIC CAPACITORS M F series **==> picture [41 x 14] intentionally omitted <==** **----- Start of picture text -----**<br> AiSHi. .<br>**----- End of picture text -----**<br> **==> picture [89 x 7] intentionally omitted <==** **----- Start of picture text -----**<br> li STANDARD RATINGS<br>**----- End of picture text -----**<br> **==> picture [486 x 651] intentionally omitted <==** **----- Start of picture text -----**<br> Cai : Rated ripple Ca - Rated ripple<br>“100.47 ~+| ~~~E83.~—Ss«|s145~—S«|s«zEMFOJM101E83---R-E80 90 EMFOJM470D80---R cee33ete ccafeeeeee |E80 800 |58AB ||EMF2DM3R3E80---R_EMF2DM2R2E80---R<br>63 |220 |&83 | 180 |EMFOJM221E83---R_ 47 |€Bo | 80 |EMF2DM4R7EBO---R_<br>“"330.~—~«||~—S«FBO.~—|—s«280.~S«|-s«zéEMFOJM331FBO0---R 68 |FBO | 110 | EMF2DM6R8FBO---R_<br>“"a70.-|~—SsFBO. | 360.~—«|-s«zEMFOJM471FB0---R- 38.2 | FDO |130| EMF2DM8R2FD0---R_<br>_ tooo |GBo_ | —600_| EMFOJM102GBO-—R_ 200 |10 |GBo |185| EMF2DM100GB0---R__<br>33 D80 71 EMF1AM330D80---R 15 FEO 210 EMF2DM150FE0---R<br>~~470~+| 330 |GBO~=GBO |=|545400 |EMF1AM471GB0---REMF 1AM331GBO0---R| eS47dee| ~~wMdMEO ||480S40 ||EMF2DM470WM5---REMF2DM330WE0-—-R|<br>AT D80 90 EMF1CM470D80---R 3.3 EBO 68 EMF2EM3R3EB0---R<br>“100 ~«|)~SCOE83.—i«d|:Stsa145—=s«|-s EMF1CM101E83---R_ AT |FBO |90 | EMF2EM4R7FB0---R-<br>16 | 220 |+4-FBO | 475 |EMF1CM221FB0---R | 5:6 |FBO |104 |EMF2EM5R6FB0---R__<br>~~ 4000 | GHO | 1050 |EMF1CM102GHO-R | AS |GDO |220 |EMF2EM150GD0---R__<br>33 D80 90 EMF1EM330D80---R 22 GHO 312 EMF2EM220GHO0---R<br>“a7 | E83.——«dYSs165—=«|s EMF1EM470E83---R | 33. |WMS |440 | EMF2EM330WM5---R_<br>25 “100 ~=«|~t~é«“‘<iéEBS)~sdL~~SCO175)~—«d|)SCxEME1EM101E83---R~ 47 WM5 510 EMF2EM470WM5---R<br>“220. | FBO. | 535. |EMF1EM221FB0---R | 2:2 |EBO |48 |EMF2GM2R2EB0---R_<br>470 GDo 840 EMF1EM471GD0--R ce TfFDO 100 |EMF2GM4R7FDO---R<br>10 D80 90 EMF1VM100D80---R 4.7 GBO 100 EMF2GM4R7GB0---R<br>gg EME1VM220E83-_R “5.6 | FDO | 108 |EMF2GMS5R6FDO---R-<br>meg egg | 475 |EMF1VM330E83._R| “5.6 | GBO |114. | EMF2GM5R6GBO---R<br>“400.“220 | | ~FBO.~GBO || 560. 800. |EMF1VM221GB0---R|EMF1VM101FB0---R |— 6882 | |GEOGEO | |140168 | |EMF2GM6R8GE0---R~EMF2GM8R2GE0---R_<br>10 E83 95 EMF1HM100E83---R 10 GEO 194 EMF2GM100GE0---R<br>Dg EMELHM220E83-_R| “42 |GHO | 225,—«|)s EMF2GM120GHO---R-<br>220 LWEO |875 |EMPIHM221WEO--R 450 feeA nfGEOL 98EMP2WMARTGEOR<br>“33«|S EBo..— |. -260.~S|”s«zEMF1dM330EBO0---R| 22 WM5 320 EMF2WM220WM5---R<br>cot FBO | 380. | EMFAJM470FB0---R<br>cotOO |GBO | 530. | EMF1JM101GB0---R<br>220 WEO 840 EMF1JM221WE0---R<br>col OO fGDO | 530. | EMF1BM101GD0---R<br>220 WG5 1020 EMF1BM221WG5---R<br>100 WEO 550 EMF1KM101WE0---R<br>15 FDO 204 EMF2CM150FD0---R<br>“92 | Gpo.~— |S 260.~—S«|.:«zEMF2CM220GD0---R_<br>1600 mgs GEO sao EMEZCM330GE0-—R<br>“a7 |GHO. | «420.—«|-:«~EMF2CM470GHO---R-<br>~ 68 | WMS | 560. |EMF2CM680WM5---R-<br>~~4100 | WMS | 610 |EMF2CM101WM5---R-<br>**----- End of picture text -----**<br> * Specifications subject to change without notice. 88
Updated at June 9, 2026
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