Page 1
Aluminum Electrolytic Capacitors
Features
‧
Endurance with ripple current: 85℃, 2,000 hours
‧
RoHS Compliance
SPECIFICATIONS
Items Performance
Category Temperature Range
10 ~ 100V 160 ~ 450V
Capacitance Tolerance
Leakage Current (at 20℃)
Dissipation Factor
(Tanδat 120 Hz, 20℃)
Low Temperature Characteristics
(at 120Hz)
Endurance
Shelf Life Test
Ripple Current & Frequency (Hz) 50 / 60 100 / 120
Frequency Multipliers Multiplier 0.7 1.0 1.1 1.3 1.4
Ripple Current &
Temperature Multipliers Multiplier 2.7 2.0 1.7 1.0
CVI 3=
Where, C= rated capacitance in µF V = rated DC working voltage in V
See the Dimensions & Permissible Ripple Current
Capacitance change : C(-25℃) / C(+20℃) ≧ 0.7
* The above specifications shall be satisfied when the capacitors are restored to 20℃ after subjected to DC voltage
with rated ripple current applied for 2,000 hours at 85℃.
* The above specifications shall be satisfied when the capacitors are restored to 20℃ after exposing them for 500
hours at 85℃ without voltage applied. The rated voltage shall be applied to the capacitors before the
measurements (Refer to JIS C 5101-4 4.1).
-40℃ ~ +85℃ -25℃ ~ +85℃
±
20% (at 120Hz, 20℃)
or 5 (mA) whichever is smaller (after 5 minutes)
Test Time 2,000 Hrs
Capacitance Change
Dissipation Factor Less than 175% of specified value
Leakage Current Within specified value
Test Time 500 Hrs
Capacitance Change
Dissipation Factor Less than 200% of specified value
Leakage Current Within specified value
Temperature (℃)
40 60 70 85
Within ±15% of initial value
Within ±20% of initial value
300 1k 10k up
Sleeve & Marking Color: Black & White
MEA
2011 Version
Page 2
3
0
°
Aluminum Electrolytic Capacitors
MEA
DIAGRAM OF DIMENSIONS
1. 35
φ
Vent
58±1
48±1
Screw specifications:
Plus hexagon-headed screw: M5×0.8×10
Mounting
clamp
Vinyle
Plate
Insulation
sleeve
10
L+2 Max
Hexagon-head bolt
Screw terminal
1
±
4
10
35+2 Max
12.7
φ
6
10.015
Max. screw tightening torque: 3.23Nm
2. 51 ~ 90φ
Vinyle
Plate
Mounting
clamp
h
Insulation
sleeve
H
L+2 Max
Hexagon-head bolt
Screw terminal
10.0
1
±
P
D+2 Max
φ
Vent
c
a
b
W2±2
W1±2
P W1 W2 H h a b c
φD
51 22.0 61.0 65.5 21.0 15.0 7.0 12.0 4.5
64 28.6 72.5 78.0 25.0 20.0 7.0 14.0 4.5
77 32.0 85.5 91.0 35.0 20.0 8.0 16.0 4.5
90 32.0 101 106 34.5 20.0 8.0 16.0 5.0
°
0
6
Dimension: φD×L(mm)
Tanδ: 120 Hz, 20℃
DIMENSION & PERMISSIBLE RIPPLE CURRENT
V. DC
Size
Item
µ
F
10,000 A053 35×53 0.30 3.5
12,000 A053 35×53 0.30 3.7
15,000 A065 35×65 0.30 3.9
18,000 A053 35×53 0.35 4.0 A065 35×65 0.35 4.2
22,000 A065 35×65 0.35 4.5 A083 35×83 0.35 4.9
27,000 A053 35×53 0.45 4.2 A065 35×65 0.40 5.0 A083 35×83 0.40 5.2
33,000 A053 35×53 0.60 4.4 A065 35×65 0.50 5.5 A083 35×83 0.40 5.5 A121 35×121 0.40 7.1
39,000 A053 35×53 0.60 4.7 A065 35×65 0.50 5.8 A083 35×83 0.40 6.2 A121 35×121 0.40 7.3
47,000 A065 35×65 0.60 5.6 A083 35×83 0.55 7.2 A121 35×121 0.40 7.4 B083 51×83 0.45 8.3
56,000 A065 35×65 0.60 5.9 A083 35×83 0.60 7.5 A121 35×121 0.45 8.3 B083 51×83 0.50 8.7
68,000 A083 35×83 0.60 7.5 A121 35×121 0.60 10.2 B100 51×100 0.50 9.3 B100 51×100 0.50 10.2
82,000 A083 35×83 0.60 7.7 A121 35×121 0.70 10.4 B121 51×121 0.50 9.7 B100 51×100 0.55 10.5
100,000 A121 35×121 0.70 9.2 B083 51×83 0.70 10.9 B121 51×121 0.60 10.5 C100 64×100 0.60 10.9
120,000 A121 35×121 0.70 9.4 B083 51×83 0.80 11.3 B121 51×121 0.60 11.5 C121 64×121 0.60 12.8
150,000 B083 51×83 0.90 10.2 B121 51×121 0.90 12.6 C100 64×100 0.70 12.9 C144 64×144 0.70 15.3
180,000 B083 51×83 0.90 10.7 B121 51×121 0.90 13.0 C121 64×121 0.75 14.7 C144 64×144 0.70 15.8
220,000 B121 51×121 1.00 13.9 C100 64×100 1.00 14.7 C144 64×144 0.80 18.0 D144 77×144 0.75 17.3
270,000 B121 51×121 1.20 15.2 C100 64×100 1.20 15.3 C144 64×144 0.90 18.3
330,000 C121 64×121 1.40 17.2 D121 77×121 1.30 18.2 D144 77×144 1.00 19.5
390,000 C121 64×121 1.50 18.1 D121 77×121 1.60 18.6 D144 77×144 1.20 20.8
470,000 D121 77×121 2.00 19.2 D121 77×121 1.80 19.3
560,000 D121 77×121 2.50 19.8 D144 77×144 2.00 20.7
680,000 D121 77×121 3.00 21.0
Code
10V (1A) 16V (1C) 25V (1E) 35V (1V)
φD×L
Tan δ
Ripple
Current
Size
Code
Ripple Current: A/rms at 120 Hz, 85℃
φD×L
Tan δ
Ripple
Current
Size
Code
φD×L
Tan δ
Ripple
Current
Size
Code
φD×L
Unit: mm
Tan δ
Ripple
Current
2011 Verison
Page 3
Aluminum Electrolytic Capacitors
Dimension: φD×L(mm)
MEA
Tanδ: 120 Hz, 20℃
DIMENSION & PERMISSIBLE RIPPLE CURRENT
V. DC
Size
Item
µ
F
2,200 A053 35×53 0.15 2.5
2,700 A053 35×53 0.15 2.5
3,300 A053 35×53 0.15 2.5 A065 35×65 0.15 2.9
3,900 A053 35×53 0.15 2.7 A083 35×83 0.15 3.5
4,700 A065 35×65 0.15 2.9 A083 35×83 0.15 3.7
5,600 A053 35×53 0.20 3.0 A065 35×65 0.20 3.7 A100 35×100 0.15 4.6
6,800 A053 35×53 0.25 3.2 A053 35×53 0.20 3.7 A083 35×83 0.20 4.3 A100 35×100 0.20 4.9
8,200 A053 35×53 0.25 3.4 A065 35×65 0.25 4.4 A083 35×83 0.20 4.5 B083 51×83 0.20 5.8
10,000 A065 35×65 0.25 4.3 A083 35×83 0.25 4.5 A100 35×100 0.20 5.4 B083 51×83 0.20 6.2
12,000 A065 35×65 0.25 4.5 A083 35×83 0.25 4.7 A100 35×100 0.20 5.6 B100 51×100 0.20 7.5
15,000 A083 35×83 0.25 4.7 A100 35×100 0.25 5.6 B083 51×83 0.25 7.3 B121 51×121 0.20 8.5
18,000 A083 35×83 0.25 4.9 A100 35×100 0.25 6.2 B083 51×83 0.25 7.7 C100 64×100 0.20 8.8
22,000 A121 35×121 0.30 6.3 B083 51×83 0.30 7.7 B100 51×100 0.30 8.5 C100 64×100 0.25 9.6
27,000 A121 35×121 0.35 6.6 B083 51×83 0.30 8.2 C100 64×100 0.30 8.6 C121 64×121 0.25 10.3
33,000 B083 51×83 0.40 7.5 B100 51×100 0.35 8.7 C100 64×100 0.35 10.5 C144 64×144 0.25 12.1
39,000 B083 51×83 0.40 7.7 B100 51×100 0.35 9.6 C121 64×121 0.35 11.8 D144 77×144 0.25 12.4
47,000 B100 51×100 0.40 9.6 C100 64×100 0.40 11.5 C144 64×144 0.35 14.0 D144 77×144 0.25 13.9
56,000 B100 51×100 0.40 9.8 C100 64×100 0.40 11.8 C144 64×144 0.35 14.2 D144 77×144 0.30 15.3
68,000 C100 64×100 0.45 11.9 C144 64×144 0.40 13.7 D144 77×144 0.35 16.7
82,000 C100 64×100 0.50 12.2 C144 64×144 0.45 14.2 D144 77×144 0.35 17.1
100,000 C144 64×144 0.50 14.2 D144 77×144 0.45 15.2
120,000 C144 64×144 0.50 14.5 D144 77×144 0.50 15.8
150,000 D144 77×144 0.60 16.5
180,000 D144 77×144 0.70 16.8
µ
F
390 A053 35×53 0.15 1.6
470 A065 35×65 0.15 2.1
560 A083 35×83 0.15 2.3
680 A083 35×83 0.15 2.6
820 A100 35×100 0.15 3.0
1,000 A100 35×100 0.15 3.4
1,200 B075 51×75 0.15 3.8
1,500 A100 35×100 0.15 3.2 B075 51×75 0.15 4.2
1,800 A100 35×100 0.15 3.5 B096 51×96 0.15 5.1
2,200 A100 35×100 0.15 3.9 B075 51×75 0.15 4.0 B096 51×96 0.15 5.7
2,700 A121 35×121 0.15 4.7 B075 51×75 0.15 4.4 B130 51×130 0.15 7.1
3,300 A121 35×121 0.15 5.2 B075 51×75 0.15 4.9 B096 51×96 0.15 5.4 C115 64×115 0.15 7.9
3,900 B075 51×75 0.15 5.3 B075 51×75 0.15 5.3 B115 51×115 0.15 6.3 C115 64×115 0.15 8.9
4,700 B075 51×75 0.15 5.8 B096 51×96 0.15 6.4 C096 64×96 0.15 7.1 C130 64×130 0.15 10.3
5,600 B096 51×96 0.15 7.0 B115 51×115 0.15 7.5 C096 64×96 0.15 7.7 D115 77×115 0.15 11.3
6,800 B096 51×96 0.15 7.7 B130 51×130 0.15 8.7 C115 64×115 0.15 9.1 D130 77×130 0.15 13.1
8,200 B115 51×115 0.15 9.1 C096 64×96 0.15 9.4 C115 64×115 0.15 10.0 D155 77×155 0.15 15.4
10,000 C096 64×96 0.15 10.3 C096 64×96 0.15 10.3 C130 64×130 0.15 11.6 E157 90×157 0.15 18.1
12,000 C096 64×96 0.15 11.3 D096 77×96 0.15 12.0 D115 77×115 0.15 12.8 E157 90×157 0.15 20.0
15,000 C130 64×130 0.15 14.3 D096 77×96 0.15 14.4 D130 77×130 0.15 15.1 E196 90×196 0.15 24.4
18,000 C130 64×130 0.15 15.6 D130 77×130 0.15 16.5 D155 77×155 0.15 17.7 E236 90×236 0.15 28.8
22,000 D130 77×130 0.15 18.2 D155 77×155 0.15 19.6 E157 90×157 0.15 20.9
27,000 D130 77×130 0.15 20.2 E130 90×130 0.15 21.5
33,000 E130 90×130 0.15 23.7 E157 90×157 0.15 25.5
39,000 E157 90×157 0.15 27.8
V. DC
Item
Code
Size
Code
50V (1H) 63V (1J) 80V (1K) 100V (2A)
φD×L
Tan δ
Ripple
Current
Size
Code
160V (2C) 200V (2D) 250V (2E) 350V (2V)
φD×L
Tan δ
Ripple
Current
Size
Code
Ripple Current: A/rms at 120 Hz, 85
φD×L
φD×L
Tan δ
Tan δ
Ripple
Current
Ripple
Current
Size
Code
Size
Code
φD×L
φD×L
Tan δ
Tan δ
Ripple
Current
Ripple
Current
Size
Code
Size
Code
φD×L
φD×L
Tan δ
Tan δ
Ripple
Current
Ripple
Current
℃
2011 Version
Page 4
WV
Aluminum Electrolytic Capacitors
Dimension: φD×L(mm)
Tanδ: 120 Hz, 20℃
DIMENSION & PERMISSIBLE RIPPLE CURRENT
V. DC
Size
Item
µ
F
270 A053 35×53 0.15 1.3
330 A053 35×53 0.15 1.5 A065 35×65 0.15 1.8
390 A065 35×65 0.15 2.0 A083 35×83 0.15 2.0
470 A083 35×83 0.15 2.1 A083 35×83 0.15 2.1
560 A083 35×83 0.15 2.3 A100 35×100 0.15 2.5
680 A100 35×100 0.15 2.8 A100 35×100 0.15 2.8
820 A100 35×100 0.15 3.1 B075 51×75 0.15 3.2
1,000 B075 51×75 0.15 3.5 B075 51×75 0.15 3.5
1,200 B075 51×75 0.15 3.8 B096 51×96 0.15 4.2
1,500 B096 51×96 0.15 4.7 B115 51×115 0.15 5.0
1,800 B096 51×96 0.15 5.1 B130 51×130 0.15 5.8
2,200 B130 51×130 0.15 6.4 C096 64×96 0.15 6.3
2,700 C096 64×96 0.15 6.9 C115 64×115 0.15 7.5
3,300 C115 64×115 0.15 8.2 C130 64×130 0.15 8.6
3,900 C130 64×130 0.15 9.4 D115 77×115 0.15 9.5
4,700 D115 77×115 0.15 10.4 D130 77×130 0.15 10.8
5,600 D130 77×130 0.15 11.9 D155 77×155 0.15 12.8
6,800 E157 90×157 0.15 14.0 E157 90×157 0.15 15.0
8,200 E157 90×157 0.15 16.4 E157 90×157 0.15 16.4
10,000 E157 90×157 0.15 18.2 E196 90×196 0.15 19.9
12,000 E196 90×196 0.15 21.8 E236 90×236 0.15 23.6
15,000 E236 90×236 0.15 26.3
*Special requirements are available upon request.
Code
400V (2G) 450V (2W)
Tan δ
φD×L
Ripple
Current
Size
Code
Ripple Current: A/rms at 120 Hz, 85℃
φD×L
Tan δ
Ripple
Current
Case Code
L
100 A100 B100 C100 - -
121 A121 B121 C121 D121
130 - B130 C130 D130 E130
144 - - C144 D144
155 - - - D155
157 - - - - E157
196 - - - - E196
236 - - - - E236
Unit: mm
φD
35 51 64 77 90
53 A053
65 A065
75 A075 B075 - - -
83 A083 B083 - - -
96 - B096 C096 D096
115 - B115 C115 D115 -
- - - -
- - - -
-
-
-
-
Part numbering system
MEA series 3300µF
MEA
Series name Capacitance
Example: Example: Example:
Note: For more details, please refer to “Product Code Guide– Screw Type” on page 16.
332
Cap. Symbol
470 471
1,800 182
10,000 103
±
20%
M
Capacitance
tolerance
M = ±20%
K = ±10%
400V
2G
Rated voltage Case Type
Symbol
350 2V
400 2G
450 2W
Plain case +
Mounting clamp
M5 Post
- -
Terminal
type
64φ×115L
C115
Case size
φD×L Code
35×83
51×96
90×157
A083
B096
E157
Pb-free Terminal
+ PVC Sleeve
MEA
Terminal and
Sleeve Type
2011 Verison
Loading...