
Aluminum
Electrolytic
Capacitors
su'scon
51
series
• Enabled high ripple current
Ultra low impedance at high frequency range.
• For computer motherboard.
• RoHS Compliance.
•
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•
wf.i9~D~~~~~t
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°
°
SPECIFICATIONS
r~§
Items
Capacitance Tolerance
Mi~@~~~
Operating Temperature Range
~m)~MiB;]
Rated Voltage Range
IfF~~iBll
Leakage Current
)!;,m~5lit
Dissipation Factor
IN~~~
Low Temperature Stability
1ft)~~I~
Impedance Ratio (Max)
~§mtt;~
Load Life
Shelf Life
Standards
(tan d)
(fi/*\:1@:)
~f.1JiiiW
1:&ii'~iW
~~~~
I
~
Measurement Frequency: 120 Hz. Temperature: 20°C.
Rated Voltage (V) 6.3 10 16
tan15(Max)
When nominal capacitance exceeds
add 0.02 to the value above for each 1000f.lF increase.
Measurement Frequency: 120Hz.
Rated Voltage (V)
Z (-40°C) I Z (20°C)
2000hours, with application of working voltage at 105°C
Capacitance Change
tan
15
Leakage Current Initial Specified Value or less
1,000hours, no voltage applied, at 105°C
AfterTest:URto be applied for 30 minutes, 24 to 48hours before measurement.
Capacitance Change Within ± 25% of Initial Value
tan
15
Leakage Current Initial Specified Value or less
JIS C 5101-4-1 and JIS C 5101-2
r~--
,.
Su'scon
I 1500
t
~·~
Characteristics
±20%
(120Hz, 20°C)
- +105°C
-40
6.3
0.01CV or 3f.lA(After 2 minutes application of DC working voltage, at 20°C)
0.22 0.19 0.16
1000f.lF,
6.3 10 16
3 3 3
Within ± 25% of Initial Value
200% or less of Initial Specified Value
0
200% or less of Initial Specified Value
.uF
- 16V
-I
Su·~
1,50
.1
~
~
I~
(20°C'
120Hz)
PERMISSIBLE RIPPLE CURRENT
Frequency Coefficient
Capacitance (f.lF )
- 680
220
820
- 1800
2200
-12000
50 120 1K 10K 100K
0.60 0.70 0.85
0.65 0.75 0.90
0.75 0.80 0.95
94
Frequency (Hz)
0.95 1.00
0.98 1.00
1.00 1.00

Aluminum
Electrolytic
Capacitors
su'scon
51
series
DIMENSIONS (mm)
L+a Max
_---
I·
Safety.
Vent i
(t/>8up)
Sleeve
if>D
P
if>d
------------':
i
""'==T~
8 10 13 16 18
3.5 5.0 5.0 7.5 7.5
0.5 0.6 0.6 0.8 0.8
STANDARD RATINGS
WV(V)
Cap
(Code')
LuF)
Item
220 8x12 1050 0.065 8x12 1065 0.032
330 8x12 1050 0.042 8x12 1150 0.031
470 8x12 1140 0.030
560 8x12 1150 0.030 8x16 1450 0.027
680
820
1000
1200
1500
1800 10x20 2550 0.013
2200
2700
3300
5600
6800
8200
12000
DxL
8x12 1150 0.032 10x13 1550 0.024 10x16 2000 0.018
8x12 1150 0.030 8x16 1490 0.028 8x20 1860 0.017
8x16 1490 0.027 8x20 1880 0.018 10x16 2000 0.018
10x13 1550 0.026 10x16 2000 0.017 10x20 2550 0.013
8x16 1490 0.028
8x20 1950 0.016
10x13 1540 0.025
10x16 2000 0.018
8x20 1950 0.016 10x25 2800 0.012
10x16 2000 0.018 13x21 2800 0.011
8x20 1950 0.016
10x16 2000 0.018
10x20 2550 0.013
10x20 2580 0.012
10x25 2800 0.012
13x21 3000 0.011
13x25 2900 0.010 16x26 3020 0.009 18x25 3250 0.008
13x25 2990 0.010 16x26
16x26
18x25 3260 0.008
6.3 10 16
(OJ) (1A) (1C)
RC.
3080
0.009
1
...
_1_5_rn_in·_._
~"I=====t==:::I
1=====8
DxL (mm);
IMP
DxL
8x12 1140 0.030
10x13 1550 0.025
8x20 1880 0.018
10x16 2000 0.018
10x25 2800 0.012 10x30 2850 0.011
13x21 3000 0.011 13x25 2910 0.010
13x25 2900 0.010 16x26
18x25 3250 0.008
4
•
~in.
1
E8
P±0.5
t/>d
± 0.05 Tinned
copper-ply wire
a
RC.:
(mA rms) at 105°C, 100KHz; IMP (Q max) at 20°C, 100KHz.
RC.
3080 0.009
IMP
t
(L<16)
(L~16)
DxL
8x12 1150 0.030
10x13 1550 0.025
8x16 1490 0.028
10x13 1550 0.025
8x20 1880 0.017
10x16 2000 0.018
10x20 2550 0.012
1.0
2.0
RC.
3060
*13mm may be replaced by 12.5mm upon customer's request.
IMP
0.009
95