Page 1
Aluminum
Electrolytic
Capacitors
su'scon
Me
series
• Low IMP and E.S.R., Ripple current resistance, long life.
• Suitable for output return circuit of switching
power supply, for IT products.
• RoHS Compliance .
•~~~~~ffim,m~~'~~$o
.~~~~2~~~m~~H~m~~.o
SPECIFICATIONS
Items
~§
Capacitance Tolerance
Mi~@;~~~
Operating Temperature Range
~m)~Mm~
Rated Voltage Range
IfF~~m~
Leakage Current
)~)mi~~
Dissipation Factor
m~~~
Low Temperature Stability
~)~wn
Impedance Ratio (Max)
~El.mtt;~
Load Life
Shelf Life
Standards
(tan 6)
(~j;::1~)
~f<1ffi$
m~~$
$~~~~
WV~
WV>
-55
- +105°C -40 - +105°C -25 - +105°C
6.3
- 100V 160 - 400V 450V
100V,
I~0.01CV
100V, I~0.03CV+20 (PA) (After 5 minutes application of DC working voltage, at 20°C)
Measurement Frequency: 120Hz. Temperature: 20°C
Rated Voltage
tan 6 (Max)
When nominal capacitance exceeds
add 0.02 to the value above for each 1000f-lFincrease.
Measurement Frequency: 120Hz.
Rated Voltage
Z (-25°C) I Z (20°C)
Z (-40°C) I Z (20°C)
Z (-55°C) I Z (20°C) 8 6
3000hours, with application of working voltage at 105°C
Capacitance Change
6
tan
Leakage Current Initial Specified Value or less
1,000hours, no voltage applied, at 105°C
After Test :URto be applied for 30 minutes, 24 to 48hours before measurement.
Capacitance Change
tan
6
Leakage Current Initial Specified Value or less
JIS C 5101-4-1 and JIS C 5101-2
(V)
(V) 6.3 10 16 25 35 50
or 3f-lA(After 2 minutes application of DC working voltage, at 20°C)
0.15 0.12 0.10 0.09 0.08 0.07 0.06 0.20 0.25
Characteristics
±20%
(120Hz, 20°C)
6.3 10 16 25
1000f-lF,
4
2 2 2 2
3
wn
35 50
(20°C'
- - - - - -
4
3 3 3
(tPD~8mm,
Within ± 20% of Initial Value
200% or less of Initial Specified Value
0
Within ± 20% of Initial Value
200% or less of Initial Specified Value
63-100
120Hz)
63-100
160-350
160-350
2 3 6
3
-
6
- -
2,000hrs)
400-450
400-450
-
PERMISSIBLE RIPPLE CURRENT
Frequency Coefficient
Capacitance (f-lF)
- 100
47
220
- 1000
2200
-15000
50
0.45 0.55 0.75 0.90 1.00
0.60
0.70
Frequency (Hz)
I
I
I
120 1K 10K 100K
0.70 0.85 0.95 1.00
0.80 0.95
0.98 1.00
77
Page 2
Aluminum
Electrolytic
Capacitors
su'scon
Me
series
DIMENSIONS (mm)
L+a Max
¢D
¢d
I-
Safety •
Vent
(q,8 up)
2.0
P
0.5 0.5 0.5 0.6 0.6 0.8 0.8
(
-
Sleeve
5 6.3 8 10 13 16 18
2.5 3.5 5.0 5.0 7.5 7.5
1
.
=:
)
.
-J.
/
STANDARD RATINGS
WV(V) 6.3 10 16 25
Cap
(Code)
(,uF)
Item
33
39 5x11 175 0.650
47 5x11 155 0.800 6.3x11 210 0.550
56 5x11 175 0.650 6.3x11 235 0.440
68
82 5x11 175 0.650 6.3x11 240 0.420 6.3x11 285 0.330
100 5x11 200 0.620 6.3x11 200 0.420 6.3x11 255 0.370 8x12 360 0.220
220 6.3x11 275 0.320 8x12
270 6.3x11 320 0.250 8x12 420 0.185 8x16
330
470 10x13 580 0.140 10x13 750 0.100 10x16 800 0.085 10x20 1050 0.064
680
1000 10x16 950 0.069 10x20 1080 0.065 13x21 1360 0.039 13x25 1600 0.038
2200 10x25 1450 0.043 13x25 1650 0.038 13x30 2050 0.028 13x40 2300 0.024
3300 13x25 1750 0.035 13x35 2100 0.028 13x40 2360 0.024 16x36 2600 0.019
3900
4700 13x35 2050 0.028 16x32 2370 0.024 16x36 2600 0.019 18x40 2900 0.019
6800
8200 16x36 2420 0.021 18x35 2800 0.019 18x40 3040 0.017
10000 18x32 2550 0.019 18x40 3000 0.018
15000 18x40 2900 0.019
DxL
8x12 420 0.180 8x12
10x16 700 0.100 10x16
13x30 1710 0.034 13x40 2360 0.024 16x32 2470 0.022 16x40 2820 0.019
16x32 2300 0.024 16x36 2600 0.019 18x35 2850 0.019
(OJ) (1A) (1C) (1E)
RC.
IMP
DxL
5x11 155 0.800 6.3x11 220 0.500 6.3x11 260 0.336
15 min. 4 min.
-I-
,
,
•
I
EEl
P±O.5
8
Rubber
end seal
DxL (mm); R.C.: (mA rms) at 105°C, 100KHz; IMP: (Q max) at 20°C, 100KHz.
/~d±O.05
copper-plywire
RC.
360
550
800
Tinned
IMP
0.220
0.140
0.085 10x20 1050 0.064 13x21 1370 0.049
DxL
8x12 550 0.140
10x13 750 0.100
RC.
650
t
(L
<16) 1.0
(L~
16) 2.0
IMP
0.140 8x20 750 0.095
DxL
5x11 155 0.800
8x14 750 0.100
10x16
R.C. IMP
800
0.069
*13mm may be replaced by 12.5mm upon customer's request.
78
Page 3
Aluminum
Electrolytic
Capacitors
su'scon
Me
STANDARD RATINGS
WV(V) 35 50 63 100
Cap
(Code)
(,uF)
47 8x12 320 0.350 8x12 450 0.300
68
100 8x12 450 0.140
220 10x16 810 0.069
330 10x20
470
680 13x25 1600 0.038
1000 13x30 1930 0.029
2200 16x36 2500 0.019
3300 18x40 3000 0.019
WV(V) 160 200 250
Cap
(Code) (2C)
(,uF)
2.2
3.3
4.7
10
22
33
47
68
100
220
330
series
Item
Item
DxL
8x12
13x21
DxL
8x12 85
8x12
10x13 144 4.30 10x13 168 3.80
10x16 200 1.50
10x20 450
13x21
13x21
16x26 1028 0.24 16x26 1030 0.24
16x36
18x35 1480 0.12
DxL
(mm);
R.C.:
(rnA
rms)at
(V)
RC.
360
1100
1370 0.039
IMP
0.220 8x12 450 0.250 8x16
0.044
RC.
90
580
680 0.46 13x25 788 0.39
1160
DxL
10x16
10x20
13x21
13x25
13x35
16x32
18x40
IMP
11.0
6.50 8x12 100 6.10
0.71
0.46
0.13
(1
H)
RC.
550 0.200
1100
1300 0.095
1450 0.070
1800 0.040
2100 0.034
2600 0.025
DxL
8x12 90
10x20
10x25 480 0.58
13x21
18x32
IMP
0.100
DxL
10x20
13x21
13x25
13x35
16x32
18x35
(2D)
RC.
372 1.10
584 0.46 13x25
1208 0.13
105°C,
100KHz;
(1
J)
RC.
550
700 0.170
1300 0.070
1400 0.054
1650 0.047
2000 0.037
2200 0.034
IMP
11.0
IMP
0.220
DxL
10x13
10x16
13x21
13x21
16x26
16x32
18x40
IMP:(Qmax)at20°C,
(2A)
DxL
10x25
13x21
13x25
16x32
18x40
8x12
8x12 97 11.0
RC.
1400
1650 0.049
(2E)
R.C.
85
112 4.30
240 3.50
388
495 1.13
650
810 0.57
1124
1200 0.27
100KHz.
IMP
550 0.350
650
800 0.180
0.240
0.071
IMP
13.0
1.20
0.60
0.30
WV(V)
Cap
(Code)
(,uF)
*
13mm
Item
2.2 8x12
3.3
4.7
10
22
33
47
68
100
maybe replaced by
DxL
10x13
10x16
10x20
13x25
13x25
16x26
16x32
18x35
12.5mm
400 450
(2G)
RC.
65
88 5.20
128 2.80
156 2.10
280 0.85
460 0.76
580
960
1000 0.48
upon
customer'srequest.
IMP
7.60
0.61
0.55
DxL
10x13
10x16
10x20
13x21
16x26
16x26
16x32
18x32
18x40
(2W)
RC.
75 9.50
100 7.90
115 6.20
224 3.70
460 1.00
488 0.95
680 0.85
750
880 0.43
IMP
0.71
79
Loading...