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UCD1H470MCL1GS
SMD Aluminium Electrolytic Capacitor, Radial Can - SMD, 47 µF, 50 V, 2000 hours @ 85°C, Polar
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: NICHICON
- Product type:
- ESR: -
- SVHC: No SVHC (25-Jun-2025)
- Polarity: Polar
- Capacitance: 47µF
- Voltage(DC): 50V
- Product Range: UCD Series
- Product Width: -
- Qualification: AEC-Q200
- Product Height: 7.7mm
- Product Length: -
- Ripple Current: 195mA
- Product Diameter: 6.3mm
- Capacitor Terminals: Solder
- Capacitance Tolerance: ± 20%
- Lifetime @ Temperature: 2000 hours @ 85°C
- Capacitor Case / Package: Radial Can - SMD
- Operating Temperature Max: 105°C
- Operating Temperature Min: -55°C
| Delivery and price | |
|---|---|
| Units per pack | 900 |
| Price | 0.091 € |
| Current stock | 500+ |
| Lead time | 30 days |
Datasheet
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **U** CD Chip Type, Low @e@ ChipDesigned type, lowfor surfaceimpedancemountingtemperature range on high density up PC to board. +105°C.
**==> picture [139 x 12] intentionally omitted <==**
**----- Start of picture text -----**<br>
U CL Tessonee U Te secene U<br>**----- End of picture text -----**<br>
## Specifications
|Item<br>Specifications<br>~~P~~|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|Performance Characteristics<br>~~P~~T|
|---|---|---|---|---|---|---|---|---|
|Category Temperature Range<br>a|– 55 to +105°C||||||||
|Rated Voltage Range<br>a|6.3 to 100V||||||||
|Rated Capacitance Range<br>a Ge|1 to 3300µF<br>Ge||||||||
|Capacitance Tolerance<br>a|±20% at 120Hz, 20°C<br>||||||||
|Leakage Current<br>eG|After 2 minutes' application of rated voltage at 20°C, leakage current is not more than 0.01 CV or 3 (µA), whichever is greater.<br>eG||||||||
|Tangent of loss angle (tanδ)|Measurement<br>frequency:120Hz at 20°C<br>For capacitance of more than 1000µF, add 0.02 for every increase of 1000µF. (φ12.5 toφ18)<br>Rated voltage (V)<br>tanδ(max.)<br>6.3<br>0.26<br>10<br>0.19<br>16<br>0.16<br>25<br>0.14<br>35<br>0.12<br>50<br>0.10<br>63<br>0.08<br>80<br>0.08<br>100<br>0.07||||||||
|Stability at Low Temperature|6.3<br>2<br>3<br>4<br>Z(—25°C) / Z(+20°C)<br>Z(—40°C) / Z(+20°C)<br>Z(—55°C) / Z(+20°C)<br>Rated voltage (V)<br>Impedance ratio<br>(max.)<br>10<br>2<br>3<br>4|16<br>25<br>35<br>50||63||80<br>100|Measurement<br>frequency :120Hz||
|||2<br>2<br>2<br>2||2||2<br>2|||
|||3<br>3<br>3<br>3||3||3<br>3|||
|||4<br>3<br>3<br>3||3||3<br>3|||
|Endurance|The specifications listed below shall be met when<br>the capacitors are restored to 20°C after the rated<br>voltage is applied at 105°C for the conditions<br>listed at right.<br>Rated Voltage|～7.7L<br>Rated Voltage<br>Size(mm)|10L||φ10×13.5L|13.5L～<br>10×13.5L|||
|||6.3～50V<br>2000hrs.|5000hrs.||5000hrs.|5000hrs.<br>5000hrs.|||
|||63～100V<br>2000hrs.|2000hrs.||—|5000hrs.|||
||Capacitance Change<br>tanδ<br>Leakage current<br>Within ± 30% of the initial capacitance value<br>200% or less than the initial specified value<br>300% or less than the initial specified value for 63V or more<br>Less than or equal to the initial specified value|Within ± 30% of the initial capacitance value<br>200% or less than the initial specified value<br>300% or less than the initial specified value for 63V or more<br>Less than or equal to the initial specified value|||||||
|Shelf Life|After storing the capacitors under no load at 105°C for 1000 hours and then performing voltage treatment based on JIS C 5101-4 clause 4.1 at<br>20°C, they shall meet the specified values for the endurance characteristics listed above.||||||||
|Resistance to soldering<br>heat|The capacitors are kept on a hot plate for 30 seconds, which is<br>maintained at 250°C. The capacitors shall meet the characteristic<br>requirements listed at right when they are removed from the<br>plate and restored to 20°C.|The capacitors are kept on a hot plate for 30 seconds, which is<br>maintained at 250°C. The capacitors shall meet the characteristic<br>Capacitance Change<br>tanδ<br>Leakage current<br>Within ± 10% of the initial capacitance value<br>Less than or equal to the initial specified value<br>Less than or equal to the initial specified value||Within ± 10% of the initial capacitance value|||||
|||||Less than or equal to the initial specified value|||||
|||||Less than or equal to the initial specified value|||||
|Marking<br>rs|Black print on the case top.||||||||
※ I : Leakage Current(μA), C : Rated Capacitance(μF), V : Rated Voltage(V)
※ φ6.3×5.8L or less, φ8×6.2L, φ10×7.7L, φ10×13.5L : The vibration structure-resistant product can't support.
**==> picture [512 x 364] intentionally omitted <==**
**----- Start of picture text -----**<br>
(φ6.3 )【Vibration Resistance】<br>® Positive<br>(φ4 to φ8 × 6.2) Plastic platform ® Positive Voltage (V:35V) Series Plastic platform — _ 0.3 max. C±0.2<br>Voltage ( j : 6.3V ) Series 0.3 max. C±0.2<br>1 Trade mark<br>: S r 7) 2a<br>. liom aie 1<br>Lot No. Capacitance |__ L±1.0 | H © Negative<br>| ics a w o fes<br>Lot No. . Capacitance | 1: Size L±0.3φ8 × 6.2 only H fe Negative (φ 8 , φ10) Trade markVoltage (V : 35V)【Vibration ResistanceSeries Plastic platform | 】 | 0.3 max. | C±0.2 f- : Positive<br>(φ8 × 10, φ10) Ns Plastic platform ® Positive ® =f 5 il l x ry |<br>Voltage (E : 25V) Series 0.3 max. C±0.2<br>Trade mark<br>® I ml Z a| Lot No. iS) Capacitance Pressure relief vent | L±1.0 | o H of lef lle 5 Negative {<br>tA (φ12.5 to φ18) 【Vibration Resistance】 ® Positive<br>- Pressurerelief vent :XK 2 L±0.5 H a Negative Trade mark VoltageLot No. Plastic platform — 0.3 max C±0.2 |<br>Lot No. Capacitance 2 : Except : φ10 × 7.7L<br>(φ12.5 to φ18) Positive<br>Plastic platform<br>Trade mark VoltageLot No. 0.3 max. C±0.2 CapacitanceSeries Pressure relief ventL±1.0 H Negative<br>® a Z| ° — — l- S Aid electrode e<br>— r ly |<br>Type numbering system (Example : 16V 100µF)<br>° dh ° | 1 2 3 4 5 6 7 8 9 10 11 12 13 14<br>6 Pressurerelief vent L±1.0 H U C D 1 C 1 0 1 M C L 1 G S<br>Capacitance Series SR Negative COO) =o “To Taping code<br>Standard (mm) Vibration Resistance (mm) Size Code<br>e φD×L 4 × 5.8 5 × 5.8 6.3 × 5.8 6.3 × 7.7 8 × 6.2 8 × 10 e 10 × 7.7 10 × 10 10 × 13.512.5 × 13.5 16 × 16.5 18 × 16.5 φD×L 6.3×7.7 8×10 10×10 φ12.5 φ16 φ18 φ4 to 10 GS<br>P A 1.8 2.1 2.4 2.4 3.3 2.9 3.2 3.2 3.2 o 5.15 5.65 ee 6.65 e A 2.4 ee 2.9 3.2 4.8 5.4 6.4 — φ12.5 to 18 MS<br>aapo CBEL 4.34.31.05.8 GGGO 5.35.31.35.8 6.66.62.25.8 6.66.62.27.7 8.38.32.36.2 GsGG 8.38.33.110 10.310.34.57.7 GGG 10.310.34.510 QQ 10.310.313.54.5 (3.3)13.613.613.5 (5.8)17.117.116.5 (5.8)19.119.116.5 ||GOG CBEL 6.66.62.27.7 8.38.33.110 10.310.34.5 O 10 (4.0)13.613.613.5 (6.3)17.117.116.5 (6.3)19.119.116.5 - ConfigurationConfigurationSize code<br>H 0.5 to 0.8 0.5 to 0.8 0.5 to 0.8 0.5 to 0.8 0.5 to 0.8 0.8 to 1.1 0.8 to 1.1 0.8 to 1.1 0.8 to 1.1 1.0 to 1.4 1.0 to 1.4 1.0 to 1.4 H 0.5 to 0.8 1.1 to 1.5 1.1 to 1.5 1.0 to 1.4 1.0 to 1.4 1.0 to 1.4 Capacitance tolerance (±20%) Configuration Code<br>CL(φ6.3 or less・<br>VoltageCodeV 6.3j 10A 16C 25E 35V 50H 63J 80K 1002A Frequency coefficient of rated ripple currentFreCoefficientquency 50Hz0.35 120Hz0.50 300Hz0.64 1kHz0.83 10kHz or more1.00 Rated capacitance (100Rated voltage (16V)µF) Standard φNL(NJφ8(6.2L)10(10L,13.5L)(φφ8(10L)12.5 or more)・φ10(7.7L))・ ・<br>a A CG Series nameType om Vibration Resistance φCS(NS(12.5 or more)φφ6.3(7.7L))8(10L)・φ10(10L) ・<br>0.5max.<br>0.5 max. A±0.2<br>A±0.2 A2 100V CD D±0.5φ B±0.2 EA±0.2<br>E<br>A2 47 jCD D±0.5φ B±0.2 A±0.2<br>0.5 max.<br>A±0.2<br>E<br>A2 220V CD D±0.5φ B±0.2<br>0.5 max. A±0.2<br>A±0.2<br>A2 220E CD D±0.5φ B±0.2 E<br>A±0.2<br>0.5 max.<br>A±0.2<br>0.5 max. n i c h i c o n 470 µF CD 35V H1015 D±0.5φ B±0.2 A±0.2E<br>A±0.2<br>n i c h i c o n 330 µF CD 50V H1015 D±0.5φ B±0.2 EA±0.2<br>**----- End of picture text -----**<br>
Dimension table in next page.
CAT.8100N
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **UCD**
## Dimensions
**==> picture [512 x 36] intentionally omitted <==**
**----- Start of picture text -----**<br>
Rated Voltage Rated Case Size Leakage Current（ [µA] ） Impedance（Ω） Rated Ripple<br>（V） Capacitance tan δ max. （mArms） Part Number<br>（code） （µF） φD×L（mm） （ at 20℃ after 2 minutes ） （20℃/100kHz） （105℃/100kHz）<br>**----- End of picture text -----**<br>
|Rated Voltage<br>（V）<br>（code）|Rated<br>Capacitance<br>（µF）|Case Size<br>φD×L（mm）|tanδ<br>|Leakage Current<br>（µA）<br>（<br>at 20℃ after<br>2 minutes ）|Impedance（Ω）<br>max.<br>（20℃/100kHz）<br>|Rated Ripple<br>（mArms）<br>（105℃/100kHz）|Part Number|
|---|---|---|---|---|---|---|---|
|||||||||
|6.3<br>（0J）|22|4×5.8|0.26|3|1.35|90|UCD0J220MCL1GS|
||27|4×5.8|0.26|3|1.35|90|UCD0J270MCL1GS|
||33|5×5.8|0.26|3|0.70|160|UCD0J330MCL1GS|
||47|4×5.8|0.26|3|1.35|90|UCD0J470MCL6GS|
||47|5×5.8|0.26|3|0.70|160|UCD0J470MCL1GS|
||56|5×5.8|0.26|3.528|0.70|160|UCD0J560MCL1GS|
||68|6.3×5.8|0.26|4.284|0.36|240|UCD0J680MCL1GS|
||100|5×5.8|0.26|6.3|0.70|160|UCD0J101MCL6GS|
||100|6.3×5.8|0.26|6.3|0.36|240|UCD0J101MCL1GS|
||150|6.3×5.8|0.26|9.45|0.36|240|UCD0J151MCL1GS|
||220|6.3×5.8|0.26|13.86|0.36|240|UCD0J221MCL1GS|
||330|6.3×7.7|0.26|20.79|0.32|290|UCD0J331M□□1GS|
||330|8×6.2|0.26|20.79|0.26|300|UCD0J331MCL6GS|
||470|8×10|0.26|29.61|0.16|600|UCD0J471M□□1GS|
||470|10×7.7|0.26|29.61|0.18|600|UCD0J471MCL6GS|
||680|8×10|0.26|42.84|0.16|600|UCD0J681M□□1GS|
||680|10×7.7|0.26|42.84|0.18|600|UCD0J681MCL6GS|
||1000|8×10|0.26|63|0.16|600|UCD0J102M□□1GS|
||1500|10×10|0.26|94.5|0.080|850|UCD0J152M□□1GS|
||2200|10×13.5|0.26|138.6|0.080|950|UCD0J222MNL1GS|
||3300|12.5×13.5|0.30|207.9|0.080|1100|UCD0J332M□□1MS|
|10<br>（1A）|22|4×5.8|0.19|3|1.35|90|UCD1A220MCL1GS|
||27|5×5.8|0.19|3|0.70|160|UCD1A270MCL1GS|
||33|4×5.8|0.19|3.3|1.35|90|UCD1A330MCL6GS|
||33|5×5.8|0.19|3.3|0.70|160|UCD1A330MCL1GS|
||47|6.3×5.8|0.19|4.7|0.36|240|UCD1A470MCL1GS|
||56|6.3×5.8|0.19|5.6|0.36|240|UCD1A560MCL1GS|
||68|6.3×5.8|0.19|6.8|0.36|240|UCD1A680MCL1GS|
||100|6.3×5.8|0.19|10|0.36|240|UCD1A101MCL1GS|
||150|6.3×5.8|0.19|15|0.36|240|UCD1A151MCL1GS|
||220|6.3×7.7|0.19|22|0.32|290|UCD1A221M□□1GS|
||220|8×6.2|0.19|22|0.26|300|UCD1A221MCL6GS|
||330|8×10|0.19|33|0.16|600|UCD1A331M□□1GS|
||330|10×7.7|0.19|33|0.18|600|UCD1A331MCL6GS|
||470|8×10|0.19|47|0.16|600|UCD1A471M□□1GS|
||470|10×7.7|0.19|47|0.18|600|UCD1A471MCL6GS|
||680|10×10|0.19|68|0.080|850|UCD1A681M□□1GS|
||1000|10×10|0.19|100|0.080|850|UCD1A102M□□1GS|
||1500|10×13.5|0.19|150|0.080|950|UCD1A152MNL1GS|
||2200|12.5×13.5|0.21|220|0.080|1100|UCD1A222M□□1MS|
|16<br>（1C）|10|4×5.8|0.16|3|1.35|90|UCD1C100MCL1GS|
||15|4×5.8|0.16|3|1.35|90|UCD1C150MCL1GS|
||22|4×5.8|0.16|3.52|1.35|90|UCD1C220MCL6GS|
||22|5×5.8|0.16|3.52|0.70|160|UCD1C220MCL1GS|
||27|5×5.8|0.16|4.32|0.70|160|UCD1C270MCL1GS|
||33|6.3×5.8|0.16|5.28|0.36|240|UCD1C330MCL1GS|
||47|5×5.8|0.16|7.52|0.70|160|UCD1C470MCL6GS|
||47|6.3×5.8|0.16|7.52|0.36|240|UCD1C470MCL1GS|
||56|6.3×5.8|0.16|8.96|0.36|240|UCD1C560MCL1GS|
||68|6.3×5.8|0.16|10.88|0.36|240|UCD1C680MCL1GS|
||100|6.3×5.8|0.16|16|0.36|240|UCD1C101MCL1GS|
**□□** : Enter the appropriate configuration code.
CAT.8100N
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **UCD**
## Dimensions
**==> picture [512 x 35] intentionally omitted <==**
**----- Start of picture text -----**<br>
Rated Voltage Rated Case Size Leakage Current（ [µA] ） Impedance（Ω） Rated Ripple<br>（V） Capacitance tan δ max. （mArms） Part Number<br>（code） （µF） φD×L（mm） （ at 20℃ after 2 minutes ） （20℃/100kHz） （105℃/100kHz）<br>**----- End of picture text -----**<br>
|Rated Voltage<br>（V）<br>（code）|Rated<br>Capacitance<br>（µF）|Case Size<br>φD×L（mm）|tanδ<br>|Leakage Current<br>（µA）<br>（<br>at 20℃ after<br>2 minutes ）|Impedance（Ω）<br>max.<br>（20℃/100kHz）<br>|Rated Ripple<br>（mArms）<br>（105℃/100kHz）|Part Number|
|---|---|---|---|---|---|---|---|
|||||||||
|16<br>（1C）|150|6.3×7.7|0.16|24|0.32|290|UCD1C151M□□1GS|
||220|6.3×7.7|0.16|35.2|0.32|290|UCD1C221M□□1GS|
||220|8×6.2|0.16|35.2|0.26|300|UCD1C221MCL6GS|
||330|8×10|0.16|52.8|0.16|600|UCD1C331M□□1GS|
||330|10×7.7|0.16|52.8|0.18|600|UCD1C331MCL6GS|
||470|8×10|0.16|75.2|0.16|600|UCD1C471M□□1GS|
||470|10×7.7|0.16|75.2|0.18|600|UCD1C471MCL6GS|
||680|10×10|0.16|108.8|0.080|850|UCD1C681M□□1GS|
||1000|10×13.5|0.16|160|0.080|950|UCD1C102MNL1GS|
||1500|12.5×13.5|0.16|240|0.080|1100|UCD1C152M□□1MS|
|25<br>（1E）|10|4×5.8|0.14|3|1.35|90|UCD1E100MCL1GS|
||15|5×5.8|0.14|3.75|0.70|160|UCD1E150MCL1GS|
||22|5×5.8|0.14|5.5|0.70|160|UCD1E220MCL1GS|
||27|6.3×5.8|0.14|6.75|0.36|240|UCD1E270MCL1GS|
||33|5×5.8|0.14|8.25|0.70|160|UCD1E330MCL6GS|
||33|6.3×5.8|0.14|8.25|0.36|240|UCD1E330MCL1GS|
||47|6.3×5.8|0.14|11.75|0.36|240|UCD1E470MCL1GS|
||56|6.3×5.8|0.14|14|0.36|240|UCD1E560MCL1GS|
||68|6.3×5.8|0.14|17|0.36|240|UCD1E680MCL1GS|
||100|6.3×7.7|0.14|25|0.32|290|UCD1E101M□□1GS|
||100|8×6.2|0.14|25|0.26|300|UCD1E101MCL6GS|
||150|8×10|0.14|37.5|0.16|600|UCD1E151M□□1GS|
||150|10×7.7|0.14|37.5|0.18|600|UCD1E151MCL6GS|
||220|8×10|0.14|55|0.16|600|UCD1E221M□□1GS|
||220|10×7.7|0.14|55|0.18|600|UCD1E221MCL6GS|
||330|8×10|0.14|82.5|0.16|600|UCD1E331M□□1GS|
||470|10×10|0.14|117.5|0.080|850|UCD1E471M□□1GS|
||680|10×13.5|0.14|170|0.080|950|UCD1E681MNL1GS|
||1000|12.5×13.5|0.14|250|0.080|1100|UCD1E102M□□1MS|
||2200|16×16.5|0.16|550|0.035|1800|UCD1E222M□□1MS|
|35<br>（1V）|4.7|4×5.8|0.12|3|1.35|90|UCD1V4R7MCL1GS|
||10|4×5.8|0.12|3.5|1.35|90|UCD1V100MCL6GS|
||10|5×5.8|0.12|3.5|0.70|160|UCD1V100MCL1GS|
||22|5×5.8|0.12|7.7|0.70|160|UCD1V220MCL1GS|
||33|6.3×5.8|0.12|11.55|0.36|240|UCD1V330MCL1GS|
||47|6.3×5.8|0.12|16.45|0.36|240|UCD1V470MCL1GS|
||68|6.3×7.7|0.12|23.8|0.32|290|UCD1V680M□□1GS|
||100|6.3×7.7|0.12|35|0.32|290|UCD1V101M□□6GS|
||100|8×10|0.12|35|0.16|600|UCD1V101M□□1GS|
||150|8×10|0.12|52.5|0.16|600|UCD1V151M□□1GS|
||150|10×7.7|0.12|52.5|0.18|600|UCD1V151MCL6GS|
||220|8×10|0.12|77|0.16|600|UCD1V221M□□1GS|
||220|10×7.7|0.12|77|0.18|600|UCD1V221MCL6GS|
||330|10×10|0.12|115.5|0.080|850|UCD1V331M□□1GS|
||470|10×13.5|0.12|164.5|0.080|950|UCD1V471MNL6GS|
||470|12.5×13.5|0.12|164.5|0.080|1100|UCD1V471M□□1MS|
||680|12.5×13.5|0.12|238|0.080|1100|UCD1V681M□□1MS|
||1000|16×16.5|0.12|350|0.035|1800|UCD1V102M□□1MS|
|50<br>（1H）|1|4×5.8|0.10|3|2.70|60|UCD1H010MCL1GS|
||2.2|4×5.8|0.10|3|2.70|60|UCD1H2R2MCL1GS|
||3.3|4×5.8|0.10|3|2.70|60|UCD1H3R3MCL1GS|
**□□** : Enter the appropriate configuration code.
CAT.8100N
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **UCD**
## Dimensions
**==> picture [512 x 36] intentionally omitted <==**
**----- Start of picture text -----**<br>
Rated Voltage Rated Case Size Leakage Current（ [µA] ） Impedance（Ω） Rated Ripple<br>（V） Capacitance tan δ max. （mArms） Part Number<br>（code） （µF） φD×L（mm） （ at 20℃ after 2 minutes ） （20℃/100kHz） （105℃/100kHz）<br>**----- End of picture text -----**<br>
|Rated Voltage<br>（V）<br>（code）|Rated<br>Capacitance<br>（µF）|Case Size<br>φD×L（mm）|tanδ<br>|Leakage Current<br>（µA）<br>（<br>at 20℃ after<br>2 minutes ）|Impedance（Ω）<br>max.<br>（20℃/100kHz）<br>|Rated Ripple<br>（mArms）<br>（105℃/100kHz）|Part Number|
|---|---|---|---|---|---|---|---|
|||||||||
|50<br>（1H）|4.7|4×5.8|0.10|3|2.70|60|UCD1H4R7MCL1GS|
||10|5×5.8|0.10|5|1.50|90|UCD1H100MCL6GS|
||10|6.3×5.8|0.10|5|0.86|170|UCD1H100MCL1GS|
||22|6.3×5.8|0.10|11|0.86|170|UCD1H220MCL1GS|
||33|6.3×7.7|0.10|16.5|0.66|195|UCD1H330M□□1GS|
||33|8×6.2|0.10|16.5|0.63|200|UCD1H330MCL6GS|
||47|6.3×7.7|0.10|23.5|0.66|195|UCD1H470M□□1GS|
||47|8×6.2|0.10|23.5|0.63|200|UCD1H470MCL6GS|
||100|8×10|0.10|50|0.32|350|UCD1H101M□□1GS|
||100|10×7.7|0.10|50|0.36|330|UCD1H101MCL6GS|
||150|10×10|0.10|75|0.16|700|UCD1H151M□□1GS|
||220|10×10|0.10|110|0.16|700|UCD1H221M□□1GS|
||330|10×13.5|0.10|165|0.14|800|UCD1H331MNL6GS|
||330|12.5×13.5|0.10|165|0.12|900|UCD1H331M□□1MS|
||390|12.5×13.5|0.10|195|0.12|900|UCD1H391M□□1MS|
||470|16×16.5|0.10|235|0.073|1610|UCD1H471M□□1MS|
||680|16×16.5|0.10|340|0.073|1610|UCD1H681M□□1MS|
|63<br>（1J）|4.7|5×5.8|0.08|3|3.00|50|UCD1J4R7MCL1GS|
||10|6.3×5.8|0.08|6.3|1.50|80|UCD1J100MCL1GS|
||22|6.3×7.7|0.08|13.86|1.20|120|UCD1J220M□□1GS|
||22|8×6.2|0.08|13.86|1.20|120|UCD1J220MCL6GS|
||33|8×10|0.08|20.79|0.65|250|UCD1J330M□□1GS|
||47|8×10|0.08|29.61|0.65|250|UCD1J470M□□1GS|
||68|10×10|0.08|42.84|0.35|400|UCD1J680M□□1GS|
||100|10×10|0.08|63|0.35|400|UCD1J101M□□1GS|
||150|12.5×13.5|0.08|94.5|0.16|800|UCD1J151M□□1MS|
||220|12.5×13.5|0.08|138.6|0.16|800|UCD1J221M□□1MS|
||470|16×16.5|0.08|296.1|0.082|1410|UCD1J471M□□1MS|
||680|18×16.5|0.08|428.4|0.080|1690|UCD1J681M□□1MS|
|80<br>（1K）|3.3|5×5.8|0.08|3|5.00|25|UCD1K3R3MCL1GS|
||4.7|6.3×5.8|0.08|3.76|3.00|40|UCD1K4R7MCL1GS|
||10|6.3×7.7|0.08|8|2.40|60|UCD1K100M□□1GS|
||10|8×6.2|0.08|8|2.40|60|UCD1K100MCL6GS|
||22|8×10|0.08|17.6|1.30|130|UCD1K220M□□1GS|
||33|8×10|0.08|26.4|1.30|130|UCD1K330M□□1GS|
||47|10×10|0.08|37.6|0.70|200|UCD1K470M□□1GS|
||68|12.5×13.5|0.08|54.4|0.32|500|UCD1K680M□□1MS|
||100|12.5×13.5|0.08|80|0.32|500|UCD1K101M□□1MS|
||150|12.5×13.5|0.08|120|0.32|500|UCD1K151M□□1MS|
||330|16×16.5|0.08|264|0.17|793|UCD1K331M□□1MS|
||470|18×16.5|0.08|376|0.15|917|UCD1K471M□□1MS|
|100<br>（2A）|22|8×10|0.07|22|1.30|130|UCD2A220M□□1GS|
||33|10×10|0.07|33|0.70|200|UCD2A330M□□1GS|
||47|12.5×13.5|0.07|47|0.32|500|UCD2A470M□□1MS|
||68|12.5×13.5|0.07|68|0.32|500|UCD2A680M□□1MS|
||100|16×16.5|0.07|100|0.17|793|UCD2A101M□□1MS|
||150|16×16.5|0.07|150|0.17|793|UCD2A151M□□1MS|
||220|18×16.5|0.07|220|0.15|917|UCD2A221M□□1MS|
||330|18×16.5|0.07|330|0.15|917|UCD2A331M□□1MS|
**□□** : Enter the appropriate configuration code.
For taping specifications, recommended land size/soldering by reflow and minimum order quantity, please refer to the Guidelines for Aluminum Electrolytic Capacitors.
CAT.8100N
Updated at April 28, 2026
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