MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

YXG SERIES

105˚C High ripple current. Long Life.

♦FEATURES
• Low impedance at 100kHz with selected materials.
• Load Life : 105˚C 3000~6000hours.

♦SPECIFICATIONS
Items Characteristics
Operating Temperature -40~+105˚C
Range

Rated Voltage Range 6.3~100V.DC

Capacitance Tolerance ±20% (20˚C, 120Hz)

I=0.01CV or 3µA whichever is greater. (After 2 minutes)

Leakage Current(MAX)
I=Leakage Current(µA) C=Nominal Capacitance(µF) V=Rated Voltage(V)

Rated Voltage 6.3 10 16 25 35 50 63 100 (20˚C, 120Hz)

(V)
Dissipation tanδ 0.22 0.19 0.16 0.14 0.12 0.10 0.09 0.08
Factor(MAX)
When nominal capacitance is over 1000µF, tδ shall be added 0.02 to the listed value with
increase of every 1000µF.

After life test with max. ripple current at conditions stated in the table below, the capacitors shall meet the
following requirements.
Capacitance Within ±25% of the initial value. Case Dia Life Time(hrs)
Load Life Change
Not more than 200% of the specified φD<
=6.3 3000
Dissipation Factor value. φD=8 4000
φD=10 5000
Leakage Current Not more than the specified value.
φD>=12.5 6000

Low Temperature Rated Voltage(V) 6.3 10 16 25 35 50 63 100 (120Hz)

Stability Z(-25˚C)/Z(20˚C) 4 3 2 2 2 2 2 2
Impedance Ratio(MAX) Z(-40˚C)/Z(20˚C) 8 6 4 3 3 3 3 3

♦MULTIPLIER FOR RIPPLE CURRENT

(1)Frequency coefficient (2)Temperature coefficient

Frequency(Hz) 60(50) 120 1k 10k 100k <

= Ambient Temperature
105 85 65 >
=
(˚C)
6.8~33µF 0.45 0.55 0.75 0.90 1.00
Coefficient 1.0 1.7 2.1
39~330µF 0.60 0.70 0.85 0.95 1.00
Coefficient
390~1000µF 0.65 0.75 0.90 0.98 1.00
1200~18000µF 0.75 0.80 0.95 1.00 1.00

1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

♦DIMENSIONS (mm)

SLEEVE
φd

±0.5
φD 5 6.3 8 10 12.5 16 18
φd 0.5 0.6 0.8

F
F 2.0 2.5 3.5 5.0 7.5

L+αMAX φD+0.5MAX
α L< =20 : α=2.0
=16 : α=1.5 L>
15MIN 4MIN

♦STANDARD SIZE
Rated voltage 6.3V(0J)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)

(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz)
20˚C, 100kHz -10˚C, 100kHz
150 5x11 210 0.58 2.3
330 6.3x11 340 0.22 0.87
680 8x11.5 640 0.13 0.52
1000 8x16 840 0.087 0.35
1200 8x20 1050 0.069 0.27
820 10x12.5 865 0.080 0.32
1200 10x16 1210 0.060 0.24
1500 10x20 1400 0.046 0.18
2200 10x23 1650 0.042 0.17
2700 10x28 1910 0.031 0.12
1800 12.5x16 1450 0.049 0.16
3300 12.5x20 1900 0.035 0.12
3900 12.5x25 2230 0.027 0.089
4700 12.5x30 2650 0.024 0.078
5600 12.5x35 2880 0.020 0.065
6800 12.5x40 3350 0.017 0.056
2700 16x16 1940 0.042 0.12
5600 16x20 2530 0.027 0.078
6800 16x25 2930 0.021 0.060
8200 16x31.5 3450 0.017 0.050
10000 16x35.5 3610 0.015 0.044
12000 16x40 4080 0.013 0.038
3900 18x16 2210 0.043 0.11
6800 18x20 2860 0.026 0.067
10000 18x25 3140 0.019 0.049
12000 18x31.5 4170 0.015 0.040
15000 18x35.5 4220 0.014 0.038
18000 18x40 4280 0.012 0.032

1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

Rated voltage 10V(1A)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
100 5x11 210 0.58 2.3
220 6.3x11 340 0.22 0.87
470 8x11.5 640 0.13 0.52
680 8x16 840 0.087 0.35
1000 8x20 1050 0.069 0.27
680 10x12.5 865 0.080 0.32
1000 10x16 1210 0.060 0.24
1200 10x20 1400 0.046 0.18
1500 10x23 1650 0.042 0.17
2200 10x28 1910 0.031 0.12
1500 12.5x16 1450 0.049 0.16
2200 12.5x20 1900 0.035 0.12
3300 12.5x25 2230 0.027 0.089
3900 12.5x30 2650 0.024 0.078
4700 12.5x35 2880 0.020 0.065
5600 12.5x40 3350 0.017 0.056
2200 16x16 1940 0.042 0.12
3900 16x20 2530 0.027 0.078
5600 16x25 2930 0.021 0.060
6800 16x31.5 3450 0.017 0.050
8200 16x35.5 3610 0.015 0.044
10000 16x40 4080 0.013 0.038
2700 18x16 2210 0.043 0.11
5600 18x20 2860 0.026 0.067
6800 18x25 3140 0.019 0.049
8200 18x31.5 4170 0.015 0.040
10000 18x35.5 4220 0.014 0.038
12000 18x40 4280 0.012 0.032

Rated voltage 16V(1C)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
56 5x11 210 0.58 2.3
120 6.3x11 340 0.22 0.87
330 8x11.5 640 0.13 0.52
470 8x16 840 0.087 0.35
680 8x20 1050 0.069 0.27
470 10x12.5 865 0.080 0.32
680 10x16 1210 0.060 0.24
1000 10x20 1400 0.046 0.18
1200 10x23 1650 0.042 0.17
1500 10x28 1910 0.031 0.12
1000 12.5x16 1450 0.049 0.16
1500 12.5x20 1900 0.035 0.12
2200 12.5x25 2230 0.027 0.089
2700 12.5x30 2650 0.024 0.078
3300 12.5x35 2880 0.020 0.065
3900 12.5x40 3350 0.017 0.056
1500 16x16 1940 0.042 0.12
2700 16x20 2530 0.027 0.078
3900 16x25 2930 0.021 0.060
4700 16x31.5 3450 0.017 0.050
5600 16x35.5 3610 0.015 0.044
6800 16x40 4080 0.013 0.038
2200 18x16 2210 0.043 0.11
3900 18x20 2860 0.026 0.067
4700 18x25 3140 0.019 0.049
5600 18x31.5 4170 0.015 0.040
8200 18x35.5 4220 0.014 0.038
10000 18x40 4280 0.012 0.032
1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

Rated voltage 25V(1E)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
47 5x11 210 0.58 2.3
100 6.3x11 340 0.22 0.87
220 8x11.5 640 0.13 0.52
330 8x16 840 0.087 0.35
470 8x20 1050 0.069 0.27
330 10x12.5 865 0.080 0.32
470 10x16 1210 0.060 0.24
680 10x20 1400 0.046 0.18
820 10x23 1650 0.042 0.17
1000 10x28 1910 0.031 0.12
680 12.5x16 1450 0.049 0.16
1000 12.5x20 1900 0.035 0.12
1500 12.5x25 2230 0.027 0.089
1800 12.5x30 2650 0.024 0.078
2200 12.5x35 2880 0.020 0.065
2700 12.5x40 3350 0.017 0.056
1000 16x16 1940 0.042 0.12
1800 16x20 2530 0.027 0.078
2700 16x25 2930 0.021 0.060
3300 16x31.5 3450 0.017 0.050
3900 16x35.5 3610 0.015 0.044
4700 16x40 4080 0.013 0.038
1200 18x16 2210 0.043 0.11
2200 18x20 2860 0.026 0.067
3300 18x25 3140 0.019 0.049
3900 18x31.5 4170 0.015 0.040
4700 18x35.5 4220 0.014 0.038
5600 18x40 4280 0.012 0.032

Rated voltage 35V(1V)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
33 5x11 210 0.58 2.3
56 6.3x11 340 0.22 0.87
150 8x11.5 640 0.13 0.52
220 8x16 840 0.087 0.35
270 8x20 1050 0.069 0.27
220 10x12.5 865 0.080 0.32
330 10x16 1210 0.060 0.24
470 10x20 1400 0.046 0.18
560 10x23 1650 0.042 0.17
680 10x28 1910 0.031 0.12
470 12.5x16 1450 0.049 0.16
680 12.5x20 1900 0.035 0.12
1000 12.5x25 2230 0.027 0.089
1200 12.5x30 2650 0.024 0.078
1500 12.5x35 2880 0.020 0.065
1800 12.5x40 3350 0.017 0.056
680 16x16 1940 0.042 0.12
1200 16x20 2530 0.027 0.078
1800 16x25 2930 0.021 0.060
2200 16x31.5 3450 0.017 0.050
2700 16x35.5 3610 0.015 0.044
3300 16x40 4080 0.013 0.038
1000 18x16 2210 0.043 0.11
1800 18x20 2860 0.026 0.067
2200 18x25 3140 0.019 0.049
2700 18x31.5 4170 0.015 0.040
3300 18x35.5 4220 0.014 0.038
3900 18x40 4280 0.012 0.032
1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

Rated voltage 50V(1H)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
22 5x11 180 0.70 2.8
56 6.3x11 295 0.30 1.2
100 8x11.5 555 0.17 0.68
120 8x16 730 0.12 0.48
180 8x20 910 0.091 0.36
150 10x12.5 760 0.12 0.48
220 10x16 1050 0.084 0.34
270 10x20 1220 0.060 0.24
330 10x23 1440 0.055 0.22
470 10x28 1690 0.043 0.17
270 12.5x16 1260 0.061 0.20
470 12.5x20 1660 0.045 0.15
560 12.5x25 1950 0.034 0.11
680 12.5x30 2310 0.030 0.10
820 12.5x35 2510 0.025 0.083
1000 12.5x40 2920 0.021 0.069
470 16x16 1690 0.055 0.17
820 16x20 2210 0.034 0.10
1000 16x25 2555 0.025 0.075
1200 16x31.5 3010 0.022 0.066
1500 16x35.5 3150 0.019 0.057
1800 16x40 3710 0.016 0.048
560 18x16 1930 0.054 0.15
1000 18x20 2490 0.036 0.097
1200 18x25 2740 0.026 0.070
1800 18x31.5 3635 0.021 0.057
2200 18x35.5 3680 0.017 0.046
2700 18x40 3800 0.014 0.038

Rated voltage 63V(1J)

Nominal capacitance Size Maximum permissible ripple current Impedance(ΩMAX)
(µF) φDxL (mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
15 5x11 55 2.3 9.3
33 6.3x11 115 1.2 5.0
56 8x11.5 232 0.63 2.8
82 8x16 300 0.45 2.1
120 8x20 362 0.33 1.6
82 10x12.5 288 0.43 1.8
120 10x16 357 0.31 1.5
180 10x20 466 0.21 0.94
220 10x23 531 0.20 0.84
270 10x28 663 0.15 0.71
180 12.5x16 466 0.23 1.1
270 12.5x20 690 0.16 0.64
330 12.5x25 784 0.12 0.45
470 12.5x30 905 0.10 0.42
560 12.5x35 1050 0.083 0.35
680 12.5x40 1180 0.071 0.30
270 16x16 795 0.14 0.66
470 16x20 1040 0.091 0.38
560 16x25 1250 0.073 0.27
820 16x31.5 1570 0.054 0.20
1000 16x35.5 1790 0.045 0.17
1200 16x40 2020 0.040 0.15
390 18x16 920 0.12 0.50
680 18x20 1240 0.080 0.30
820 18x25 1490 0.057 0.21
1000 18x31.5 1630 0.047 0.17
1200 18x35.5 1790 0.040 0.15
1500 18x40 2330 0.036 0.13
1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

Rated voltage 100V(2A)

Nominal capacitance Size Maximum permissible ripple current Impedance (ΩMAX)
(µF) øDxL(mm) (mA r.m.s./105˚C, 100kHz) 20˚C, 100kHz -10˚C, 100kHz
6.8 5x11 55 2.3 9.3
15 6.3x11 115 1.2 5.0
27 8x11.5 232 0.63 2.8
39 8x16 300 0.45 2.1
56 8x20 362 0.33 1.6
47 10x12.5 288 0.43 1.8
68 10x16 357 0.31 1.5
82 10x20 466 0.21 0.94
100 10x23 531 0.20 0.84
120 10x28 663 0.15 0.71
82 12.5x16 466 0.23 1.1
120 12.5x20 690 0.16 0.64
180 12.5x25 784 0.12 0.45
220 12.5x30 905 0.10 0.42
270 12.5x35 1050 0.083 0.35
330 12.5x40 1180 0.071 0.30
150 16x16 795 0.14 0.66
220 16x20 1040 0.091 0.38
270 16x25 1250 0.073 0.27
390 16x31.5 1570 0.054 0.20
470 16x35.5 1790 0.045 0.17
560 16x40 2020 0.040 0.15
180 18x16 920 0.12 0.50
330 18x20 1240 0.080 0.30
390 18x25 1490 0.057 0.21
470 18x31.5 1630 0.047 0.17
680 18x35.5 1790 0.040 0.15
820 18x40 2330 0.036 0.13

1 Oct 1999
 MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS YXG

♦CHARACTERISTIC DATA 16 YXG 330 ø8x11.5L

25 YXG 1000 ø12.5x20L
•TEMPERATURE CHARACTERISTICS (at 120Hz)
20 700

Impedance Ratio (Zt/Z(20)) (%)

Capacitance Change (%)
10 600
Cap.
0 500

-10 400

-20 300

-30 200
Z
-40 100

-50 0
-60 -40 -20 0 20 40 60 80 100 120
Temperature (˚C)
10.00
Dissipation Factor

1.00

0.10

0.01
-60 -40 -20 0 20 40 60 80 100 120
Temperature (˚C)

•FREQUENCY CHARACTERISTICS (at 20˚C)

10
Impedance (Ω)

0.1

0.01
0.1 1 10 100
Frequency (KHz)

•LOAD LIFE
20
Capacitance Change (%)

10

-10

-20

-30
0.5
Dissipation Factor

0.4

0.3

0.2

0.1

0
100
(µA/WV 1min)
Leakage Current

80

60

40

20

0
0 1000 2000 3000 4000 5000 6000 7000 8000
Time (Hours)

1 Oct 1999