Page 1
Aluminum
Electrolytic
Capacitors
su'scon
MF
series
• Low IMP, high reliability, long life.
• Suitable for switching regulator of computer, etc.
• RoHS Compliance.
•
{tt~.§m
•
~ffl~~ijil~~~8'SJOOIUJ~if.iH
'
~~*fiM'~;;'®
°
°
SPECIFICATIONS
Items
~§
Capacitance Tolerance
Mi~~';'~~
Operating Temperature Range
~FF.I
;KiltiiBlII
Rated Voltage Range
IfF~.iBlII
Leakage Current
)!;.i~51it
Dissipation Factor
'IN~~~
Low Temperature Stability
1ft5Kil~I~
Impedance Ratio (Max)
~fHJj;tt;~
Load Life
Shelf Life
Standards
(tan d)
(~A1~)
~1<1iiiifrJ
1&~fiifrJ
$~~~
-55 - +105°C -40 - +105°C -25 - +105°C
6.3 - 100V 160 - 400V
I
~
0.01CV or 3flA(After 2 minutes application of DC working voltage, at 20°C)
Measurement Frequency: 120Hz. Temperature: 20°C
Rated Voltage (V) 6.3 10 16 25 35 50
tan d (Max)
When nominal capacitance exceeds
add 0.02 to the value above for each 1000flF increase.
Measurement Frequency: 120Hz
Rated Voltage (V) 6.3 10 16 25 35 50
Z (-25°C) I Z (20°C)
Z (-40°C) I Z (20°C) - - - - Z (-55°C)
5000hours, with application of working voltage at 105°C
(
tj>D~6.3mm, 2000hrs;
Capacitance Change Within
tan
Leakage Current
1,OOOhours,
AfterTest :URto be applied for 30 minutes, 24 to 48hours before measurement.
Capacitance Change Within
tan
Leakage Current Initial Specified Value or less
JIS C 5101-4-1 and JIS C 5101-2
I Z (20°C)
tj>D=8mm,
d
no voltage applied, at 105°C 0
d 150% or less of Initial Specified Value
I
bn
~F
v~
Characteristics
±20%
(120Hz, 20°C)
0.20 0.17 0.16 0.14 0.12 0.10
1000flF,
4
8 6 4 3 3 3
200% or less of Initial Specified Value
Initial Specified Value or less
3
3000hrs)
±20%
±20%
of Initial Value
of Initial Value
~ ~
II
SU'sc
on
-100
'20 0 v
~n
2 2 2 2 2
uF
~~~
(20°C'
~
~11
·1
450V
120Hz)
3 3
I 100
63
0.081 0.08
63-100
-
PERMISSIBLE RIPPLE CURRENT
Frequency Coefficient
WV(V)
6.3
-100
Capacitance
10 - 100
220 - 1800
2200
-15000
80
(flF)
50
0.60
0.65
0.75
Frequency (Hz)
120 1K 10K 100K
0.70 0.85 0.95 1.00
0.75 0.90 0.98 1.00
0.80 1.00
1.00 1.00
Page 2
Aluminum
Electrolytic
Capacitors
su'scon
MF
DIMENSIONS (mm)
STANDARD RATINGS
Cap
F
(
.u
)
33
47
100
220
330
470 8x12 580 0.280 8x12 640 0.230 8x16 840 0.150 10x16 1210 0.060
560
680 8x12 720 0.140 10x13 820 0.110 10x16 1000 0.085 10x20 1380 0.052
820 8x16 840 0.087 8x16
1000 10x13 865 0.080 10x16 1040 0.076 10x16 1210 0.060
1200 10x16
1500 10x16 1210 0.060 10x20 1400 0.058
1800 10x20 1400 0.058
2200 10x25 1450 0.046 10x25 1900 0.032 13x25 2124 0.030 13x35 2450 0.026
2700
3300
3900
4700 13x25 2124 0.030 16x26 2500 0.028 16x32 3029 0.022 18x35 3638 0.019
5600 13x30 2524 0.026 16x26 2552 0.026 16x36 3124 0.020 18x40 3781 0.016
6800 16x26 2760 0.028 16x32 3029 0.022 16x40 3586 0.019
8200 16x32 3029 0.022 16x32 3600 0.020 18x35 3750 0.018
10000
12000 18x32 3600 0.020
15000 18x35 3781 0.018
Cap
F
(
.u
)
10
22
33
47
100 8x12 450 0.200 10x13 760 0.120 10x16 610 0.160 10x25 560 0.300
220 10x13 760 0.100 10x16 1150 0.078 10x20 1100 0.080 13x25 880 0.096
330 10x16 1210 0.060
470 10x20 1400 0.058 13x25 1950 0.046 13x25 1710 0.065 18x32 1690 0.038
560
680
820 13x25 2124 0.030 13x35 2510 0.025 16x32 2250 0.043
1000 13x25 2340 0.028 13x35 2920 0.022 16x36 2450 0.036
1200 13x30 2524 0.026 16x32 3010 0.022 18x32 2580
1500 16x26 2600 0.026 16x36 3150 0.020
1800 16x26 2850 0.025 18x32
2200 16x32 3029 0.022 18x35 3680 0.017
2700 18x32
3300 18x40 3781 0.015
*
13mm
series
15min.
~I
,,:==L+=a=M=ax,,-\
Safety.
Vent
(t/l8 up)
""'==l~=/")
_S=le=ev=e_------l endseal /
ljJD
P
ljJd
WV(V) 6.3 10 16 25
(Code)
Item
WV(V)
(Code)
Item
maybe replaced by
DxL
5x11
6.3x11
6.3x11
8x12 640 0.230 10x13 780 0.160 10x13
13x21
13x21
13x21
16x36 3124 0.020 18x35
DxL
5x11
5x11
6.3x11
13x21
13x21
5 6.3 8 10 13 16 18
2.0 2.5 3.5 5.0 5.0 7.5 7.5
0.5 0.5 0.5 0.6 0.6 0.8 0.8
(OJ)
RC.
140 0.920
275 0.300
320 0.300 8x12
960
1580 0.042 13x25 2124 0.030 13x30 2340 0.028 13x35 2743 0.024
1870 0.035 13x30 2340 0.028 13x35 2450 0.026 16x32 3029 0.022
1900 0.032 13x35 2450 0.026 16x26 2500 0.028 16x36 3124 0.020
35 50 63 100
(1V)
RC.
150 0.920
220 0.430
280 0.300
1660 0.055 13x25 2124 0.034 16x26 1820 0.058 18x35 2020 0.036
1900 0.035 13x30 2310 0.030 16x26 1850 0.055 18x35 2100 0.032
3600
12.5mm
IMP
6.3x11
0.064 10x16 1210 0.060 10x25 1580 0.042 13x25 2058 0.032
13x21
IMP
6.3x11
6.3x11
13x21
0.020
uponcustomer's request.
L1-,.,1~
I..•
-----1
" '
.4
~r
EEl
tI=======;:= e
7"''''-=~ubber
!t/ld ± 0.05 Tinned
~pper-PIY
wire
a
DxL
(mm);
RC.:
(mA
rms)at
105°C,
100KHz;
DxL
5x11
DxL
5x11
5x11
(1A)
RC.
180 0.650
340 0.300 8x12 580 0.280 8x12 640 0.230
580
865
1580 0.042 10x25 1900 0.032 13x30 2340 0.028
3638
(1H) (1J)
RC.
120 1.400
160 1.200
230 0.300 8x12 270 0.650 10x13 330 0.690
295 0.300 8x12
1660 0.055
3635
IMP
0.280 8x12 640 0.230 10x13
0.080 10x16 1040 0.076 10x20 1400 0.046
0.019
IMP
0.020
DxL
5x11
5x11
13x21
DxL
5x11
6.3x11
13x21
(1
C)
RC.
180 0.650
230 0.550
880
1870 0.035 13x25 2124 0.030
RC.
125 1.650
240 0.780 8x12 230 0.850
300
1280 0.076 16x26 1440 0.058
( L
<16) 1.0
L~
16)2.0
(
IMP:
(Q max)at
IMP
0.100 10x16 1320 0.055
IMP
0.504 10x13 370 0.450
0.031
DxL
5x11
6.3x11
6.3x11
13x21
DxL
6.3x11
20°C,
100KHz.
(1
E)
RC.
145 0.920
210 0.600
370 0.350
865
1900 0.035
(2A)
RC.
130 1.250
IMP
0.080
IMP
81
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