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LGG2W471MELB45
Electrolytic Capacitor, 470 µF, 450 V, ± 20%, Snap-In, 2000 hours @ 105°C
⚠️ 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: Snap In / Screw Terminal Aluminium Electrolytic Capacitors
- ESR: -
- SVHC: No SVHC (25-Jun-2025)
- Polarity: Polar
- Capacitance: 470µF
- Voltage(AC): -
- Voltage(DC): 450V
- Lead Spacing: 10mm
- Product Range: LGG Series
- Qualification: -
- Product Height: 45mm
- Ripple Current: 1.55A
- Product Diameter: 30mm
- Capacitor Terminals: Snap-In
- Capacitance Tolerance: ± 20%
- Lifetime @ Temperature: 2000 hours @ 105°C
- Operating Temperature Max: 105°C
- Operating Temperature Min: -25°C
| Delivery and price | |
|---|---|
| Units per pack | 200 |
| Price | 5.47 € |
| Current stock | 200+ |
| Lead time | 30 days |
Datasheet
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **LGG**
Snap-in Terminal Type, 105°C Ultra-Smaller-Sized
> One rank smaller case sized than LGN. **LGN** Suited for equipment down sizing. Smaller ~~:~~ Compliant to the RoHS directive (2011/65/EU,(EU)2015/863). ~~—~~
## **LGG**
Ve Smaller ~~;~~ Specifications **LGL** Item Performance Characteristics ~~OO~~ Category Temperature Range – 40 to +105°C (160 to 250V) , – 25 to +105°C (400 to 450V) Rated Voltage Range 160 to 450V Rated Capacitance Range 100 to 3300µF ~~————~~ Capacitance Tolerance ± 20% at 120Hz, 20°C ~~es~~ Leakage Current I 3 (µA) (After 5 minutes' application of rated voltage at 20°C) [C : Rated Capacitance (µF) V : Voltage (V)]CV Rated voltage (V) 160 to 420 450 Measurement frequency : 120Hz at 20°C Tangent of loss angle (tan δ) tan δ (max.) 0.15 0.20 ~~a~~ Rated voltage (V) 160 to 250 400 to 450 Measurement frequency : 120Hz ~~eee~~ Stability at Low Temperature Impedance ratio(max.) Z(– 25°C) / Z(+20°C) 4 8 Temperature : 20°C ~~pf~~ The specifications listed at right shall be met when the Capacitance change Within ± 20% of the initial capacitance value Endurance rated ripple current is applied for 2000 hours at 105capacitors are restored to 20°C after D.C. bias plus °C, tan δ 200% or less than the initial specified value the peak voltage shall not exceed the rated voltage. Leakage current Less than or equal to the initial specified value ~~a~~ After storing the capacitors under no load at 105°C for 1000 Capacitance change Within ± 20% of the initial capacitance value Shelf Life hours and then performing voltage treatment based on JIS C 5101-4 clause 4.1 at 20°C, tan δ 200% or less than the initial specified value they shall meet the characteristic requirements listed at right. Leakage current Less than or equal to the initial specified value Marking Printed with white color letter on black sleeve. ~~RR~~
**==> picture [328 x 220] intentionally omitted <==**
**----- Start of picture text -----**<br>
Drawing<br>Polarity bar 1 2 3 4<br>Sleeve (PET) VO L G G 2<br>L± 2 4.0±0.5<br>Pressure relief vent<br>att 0.8 [+0.2] -0.1<br>ti?<br>1.5 +0.2-0.1<br>ye 2×φ 2± 0.1 -{|—a e<br> (PC board hole dimensions) (Terminal dimensions)<br>Other terminations available upon request.<br>Please refer to the Guidelines for Aluminum Electrolytic Capacitors.<br>10±0.1<br>0.8<br>+0.2-0.1<br>(10 )<br>φD+1.5max.<br>0.5<br>±<br>4.0 .5)( 2<br>**----- End of picture text -----**<br>
## Type numbering system (Example : 400V 180µF)
**==> picture [218 x 96] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 2 3 4 5 6 7 8 9 10 11 12 13 14<br>L G G 2 G 1 8 1 M E L A 2 5<br>LLL | L IL)<br>Case length code<br>Case dia. code<br>Configuration φD Code<br>Capacitance tolerance (±20%) 22 Z<br>Rated capacitance (180µF) 25 A<br>30 B<br>Rated voltage (400V)<br>= Series name 35 C<br>Type<br>**----- End of picture text -----**<br>
le
—— CAT.8100M
Dimension table in next page.
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **LGG**
## Dimensions
|||160V(2C)|160V(2C)||||||180V(2Z)|180V(2Z)|||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)||Leakage Current<br>(mA)|Code||Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)||Leakage Current<br>(mA)|Code|
|560|22×25|1400||0.89|LGG2C561MELZ25||470|22×25|1300||0.87|LGG2Z471MELZ25|
||22×30|1500||0.98|LGG2C681MELZ30||560|22×30|1500||0.95|LGG2Z561MELZ30|
|680|25×25<br>22×35|1700<br>2000||0.98<br>1.08|LGG2C681MELA25<br>LGG2C821MELZ35||680|22×35<br>25×30|1700<br>1700||1.04<br>1.04|LGG2Z681MELZ35<br>LGG2Z681MELA30|
|820|25×30|2000||1.08|LGG2C821MELA30|||22×40|2000||1.15|LGG2Z821MELZ40|
||22×40|2100||1.20|LGG2C102MELZ40||820|25×35|2000||1.15|LGG2Z821MELA35|
|1000|25×35|2200||1.20|LGG2C102MELA35|||30×25|2000||1.15|LGG2Z821MELB25|
||30×25|2200||1.20|LGG2C102MELB25|||22×45|2100||1.27|LGG2Z102MELZ45|
||25×40|2300||1.31|LGG2C122MELA40||1000|25×35|2050||1.27|LGG2Z102MELA35|
|1200|30×30|2300||1.31|LGG2C122MELB30|||30×30|2200||1.27|LGG2Z102MELB30|
||35×25|2300||1.31|LGG2C122MELC25|||22×50|2150||1.39|LGG2Z122MELZ50|
||25×45|2500||1.46|LGG2C152MELA45|||25×40|2150||1.39|LGG2Z122MELA40|
|1500|30×35|2500||1.46|LGG2C152MELB35||1200|30×35|2300||1.39|LGG2Z122MELB35|
||35×30|2500||1.46|LGG2C152MELC30|||35×25|2150||1.39|LGG2Z122MELC25|
||30×40|2700||1.60|LGG2C182MELB40|||25×50|2400||1.55|LGG2Z152MELA50|
|1800|35×30|2550||1.60|LGG2C182MELC30||1500|30×40|2500||1.55|LGG2Z152MELB40|
||30×45|2900||1.77|LGG2C222MELB45|||35×30|2350||1.55|LGG2Z152MELC30|
|2200<br>2700|35×35<br>35×40|2900<br>3000||1.77<br>1.97|LGG2C222MELC35<br>LGG2C272MELC40||1800|30×45<br>35×35|2700<br>2700||1.70<br>1.70|LGG2Z182MELB45<br>LGG2Z182MELC35|
|3300|35×45|3100||2.17|LGG2C332MELC45||2200|30×50<br>35×40|2900<br>2900||1.88<br>1.88|LGG2Z222MELB50<br>LGG2Z222MELC40|
||||||||2700|35×45|3000||2.09|LGG2Z272MELC45|
||||||||3300|35×50|3100||2.31|LGG2Z332MELC50|
||200V(2D)|200V(2D)|200V(2D)|200V(2D)|
|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)|Leakage Current<br>(mA)|Code|
|470|22×25|1200|0.91|LGG2D471MELZ25|
|560|22×30|1480|1.00|LGG2D561MELZ30|
||25×25|1480|1.00|LGG2D561MELA25|
|680|22×35|1600|1.10|LGG2D681MELZ35|
||25×30|1600|1.10|LGG2D681MELA30|
|820|22×40|1750|1.21|LGG2D821MELZ40|
||25×35|1750|1.21|LGG2D821MELA35|
||30×25|1750|1.21|LGG2D821MELB25|
|1000|22×45|2040|1.34|LGG2D102MELZ45|
||25×40|2040|1.34|LGG2D102MELA40|
||30×30|2040|1.34|LGG2D102MELB30|
|1200|25×45|2300|1.46|LGG2D122MELA45|
||30×35|2300|1.46|LGG2D122MELB35|
||35×25|2300|1.46|LGG2D122MELC25|
|1500|25×50|2570|1.64|LGG2D152MELA50|
||30×40|2570|1.64|LGG2D152MELB40|
||35×30|2570|1.64|LGG2D152MELC30|
|1800|30×45|2680|1.80|LGG2D182MELB45|
||35×35|2680|1.80|LGG2D182MELC35|
|2200|30×50|2920|1.98|LGG2D222MELB50|
||35×40|2920|1.98|LGG2D222MELC40|
|2700|35×45|3270|2.20|LGG2D272MELC45|
||220V(2P)|220V(2P)|220V(2P)|220V(2P)|
|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)|Leakage Current<br>(mA)|Code|
|330|22×25|1260|0.80|LGG2P331MELZ25|
|390|22×30|1340|0.87|LGG2P391MELZ30|
|470|22×35|1480|0.96|LGG2P471MELZ35|
||25×25|1400|0.96|LGG2P471MELA25|
|560|22×35|1450|1.05|LGG2P561MELZ35|
||25×30|1450|1.05|LGG2P561MELA30|
|680|22×40|1650|1.16|LGG2P681MELZ40|
||25×35|1780|1.16|LGG2P681MELA35|
||30×25|1650|1.16|LGG2P681MELB25|
|820|22×50|1930|1.27|LGG2P821MELZ50|
||25×40|1930|1.27|LGG2P821MELA40|
||30×30|1850|1.27|LGG2P821MELB30|
||35×25|1930|1.27|LGG2P821MELC25|
|1000|25×45|2150|1.40|LGG2P102MELA45|
||30×35|2330|1.40|LGG2P102MELB35|
||35×30|2330|1.40|LGG2P102MELC30|
|1200|30×40|2500|1.54|LGG2P122MELB40|
||35×30|2350|1.54|LGG2P122MELC30|
|1500|30×45|2550|1.72|LGG2P152MELB45|
||35×35|2500|1.72|LGG2P152MELC35|
|1800|35×40|2700|1.88|LGG2P182MELC40|
|2200|35×50|2950|2.08|LGG2P222MELC50|
||Rated ripple current (mArms) at 105°C 120Hz||||
CAT.8100M
**ALUMINUM ELECTROLYTIC CAPACITORS**
## **LGG**
## Dimensions
||250V(2E)|250V(2E)|250V(2E)|250V(2E)|
|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)|Leakage Current<br>(mA)|Code|
|390|22×30|1200|0.93|LGG2E391MELZ30|
||25×25|1200|0.93|LGG2E391MELA25|
|470|22×35|1300|1.02|LGG2E471MELZ35|
||25×30|1300|1.02|LGG2E471MELA30|
|560|22×40|1400|1.12|LGG2E561MELZ40|
||25 × 35|1500|1.12|LGG2E561MELA35|
||30 × 25|1400|1.12|LGG2E561MELB25|
|680|22 × 45|1500|1.23|LGG2E681MELZ45|
||25 × 40|1700|1.23|LGG2E681MELA40|
||30×30|1700|1.23|LGG2E681MELB30|
|820|25×45|2000|1.35|LGG2E821MELA45|
||30×35|2000|1.35|LGG2E821MELB35|
||35×30|2000|1.35|LGG2E821MELC30|
|1000|25×50|2200|1.50|LGG2E102MELA50|
||30×40|2200|1.50|LGG2E102MELB40|
||35×30|2000|1.50|LGG2E102MELC30|
|1200|30×45|2300|1.64|LGG2E122MELB45|
||35×35|2200|1.64|LGG2E122MELC35|
|1500|30×50|2300|1.83|LGG2E152MELB50|
||35×40|2300|1.83|LGG2E152MELC40|
|1800|35×45|2500|2.01|LGG2E182MELC45|
||400V(2G)|400V(2G)|400V(2G)|400V(2G)|
|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)|Leakage Current<br>(mA)|Code|
|120|22×25|680|0.65|LGG2G121MELZ25|
|180|22×30|730|0.80|LGG2G181MELZ30|
||25×25|730|0.80|LGG2G181MELA25|
|220|22×35|850|0.88|LGG2G221MELZ35|
||25×30|850|0.88|LGG2G221MELA30|
|270|22×40|1000|0.98|LGG2G271MELZ40|
||25×35|1000|0.98|LGG2G271MELA35|
||30×25|1000|0.98|LGG2G271MELB25|
|330|22×50|1150|1.08|LGG2G331MELZ50|
||25×40|1150|1.08|LGG2G331MELA40|
||30×30|1150|1.08|LGG2G331MELB30|
||35×25|1150|1.08|LGG2G331MELC25|
|390|25×45|1400|1.18|LGG2G391MELA45|
||30×35|1400|1.18|LGG2G391MELB35|
||35×30|1550|1.18|LGG2G391MELC30|
|470|25×50|1550|1.30|LGG2G471MELA50|
||30×40|1550|1.30|LGG2G471MELB40|
||35×30|1550|1.30|LGG2G471MELC30|
|560|30×45|1630|1.41|LGG2G561MELB45|
||35×35|1630|1.41|LGG2G561MELC35|
|680|30×50|1800|1.56|LGG2G681MELB50|
||35×40|1800|1.56|LGG2G681MELC40|
|820|35×45|2000|1.71|LGG2G821MELC45|
|1000|35×50|2140|1.89|LGG2G102MELC50|
||420V(W6)|420V(W6)|420V(W6)|420V(W6)|
|---|---|---|---|---|
|Cap.<br>(µF)|Size<br>φD×L(mm)|Rated ripple<br>(mArms)|Leakage Current<br>(mA)|Code|
|120|22×30|810|0.67|LGGW6121MELZ30|
|150|22×35|840|0.75|LGGW6151MELZ35|
||25×25|820|0.75|LGGW6151MELA25|
|180|22×35|850|0.82|LGGW6181MELZ35|
||25×30|910|0.82|LGGW6181MELA30|
|220|22×40|950|0.91|LGGW6221MELZ40|
||25×35|1050|0.91|LGGW6221MELA35|
||30×25|950|0.91|LGGW6221MELB25|
|270|22×50|1150|1.01|LGGW6271MELZ50|
||25×40|1250|1.01|LGGW6271MELA40|
||30×30|1250|1.01|LGGW6271MELB30|
|330|25×45|1350|1.11|LGGW6331MELA45|
||30×35|1420|1.11|LGGW6331MELB35|
||35×30|1420|1.11|LGGW6331MELC30|
|390|25×50|1450|1.21|LGGW6391MELA50|
||30×40|1610|1.21|LGGW6391MELB40|
||35×30|1450|1.21|LGGW6391MELC30|
|470|30×45|1860|1.33|LGGW6471MELB45|
||35×35|1700|1.33|LGGW6471MELC35|
|560|35×40|1900|1.45|LGGW6561MELC40|
|680|35×45|2050|1.60|LGGW6681MELC45|
||||||450V(2W)|450V(2W)|450V(2W)|||
|---|---|---|---|---|---|---|---|---|---|
|||Cap.<br>(µF)||Size<br>φD×L(mm)|Rated ripple<br>(mArms)||Leakage Current<br>(mA)||Code|
|||100||22×25|640|||0.63|LGG2W101MELZ25|
|||120||22×30<br>25×25|690<br>690|||0.69<br>0.69|LGG2W121MELZ30<br>LGG2W121MELA25|
|||150||22×35<br>25×30|720<br>790|||0.77<br>0.77|LGG2W151MELZ35<br>LGG2W151MELA30|
|||180||22×40|790|||0.85|LGG2W181MELZ40|
|||||25×30|790|||0.85|LGG2W181MELA30|
|||||22×45|870|||0.94|LGG2W221MELZ45|
|||220||25×35|870|||0.94|LGG2W221MELA35|
|||||30×30|790|||0.94|LGG2W221MELB30|
|||||22×50|1050|||1.04|LGG2W271MELZ50|
|||270||25×40|1050|||1.04|LGG2W271MELA40|
|||||30×30|1050|||1.04|LGG2W271MELB30|
|||||35×25|1050|||1.04|LGG2W271MELC25|
|||||25×50|1200|||1.15|LGG2W331MELA50|
|||330||30×35|1200|||1.15|LGG2W331MELB35|
|||||35×30|1200|||1.15|LGG2W331MELC30|
|||390||30×40<br>35×35|1380<br>1380|||1.25<br>1.25|LGG2W391MELB40<br>LGG2W391MELC35|
|||470||30×45|1550|||1.37|LGG2W471MELB45|
|||||35×40|1550|||1.37|LGG2W471MELC40|
|||560||35×45|1700|||1.50|LGG2W561MELC45|
|||680||35×50|1910|||1.65|LGG2W681MELC50|
|||50k|||Rated|ripple||current (mArms) at 105°C 120Hz||
Frequency coefficient of rated ripple current
|Frequency coe|Frequency coe|fficient|of rated|ripple c|urrent|||680<br>3|
|---|---|---|---|---|---|---|---|---|
|Frequency (Hz)||50|60|120|300|1k|10k|50k or more|
||160 to 250V|0.81|0.85|1.00|1.17|1.32|1.45|1.50|
|Coeff.|||||||||
||400 to 450V|0.77|0.82|1.00|1.16|1.30|1.41|1.43|
CAT.8100M
Updated at June 4, 2026
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