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UHD Series Datasheet by Nichicon
II;I:}I;I:OII
385โ
smwr W. mam m 5w.ยป
mm.
W
coo
,, m. 31mm mm.
a a }
mm mm
โ2so5svaemnโ2
CHILE EDD
sq. Lode
sanugmnm x
Capacโlance Ioโevance ( mum
Rated vapamlance (mam
Rated vohage (ALUMINUM ELECTROLYTIC CAPACITORS
P.30๎
CAT.8100J
Dimension table in next page.
UHD High Ripple Low Impedance
Lower impedance at high frequency range.
Smaller case size and high ripple current.
Compliant to the RoHS directive (2011/65/EU,(EU)2015/863). UHD
Approved by Reliability Center for Electronic
Component, Japan-Certification No. RCJ-03-23C
UHV
Smaller
Radial Lead Type Type numbering system (Example : 10V 3300
ยต
F)
U
1
H
2
D
3
1
4
A
5
3
6
3
7
2
8
M
9
H
10
D
11 12
15MIN 4MIN
Pressure
relief vent
ฯd
(ฯ6.3up)
ฯD+0.5 MAX.
L+ MAX.
(L < 20) 1.5
(L 20) 2.0
(mm)
ฯD
P
ฯd
10
5.0
0.6
5
2.0
0.5
12.5
5.0
16
7.5
0.6 0.8
6.3
2.5
0.5 0.6
8
3.5
ฯ D
5
Pb-free leadwire
Pb-free PET sleeve
DD
6.3 ED
8 ยท 10 PD
12.5 ยท16 HD
Configuration
Sleeve (P. E.T.)
Pยฑ0.5
โข Please refer to page 18 about the end seal configuration.
50Hz 120Hz 1kHz 10kHz
100kHz or more
0.75
0.85
0.90
0.95
0.90
0.95
0.98
1.00
Cap. (ยตF) Frequency
1.00
1.00
1.00
1.00
Frequency coefficient of rated ripple current
22 to 33
47 to 330
470 to 1000
1200 to 6800
0.55
0.70
0.75
0.80
0.45
0.60
0.65
0.75
Specifications
Performance Characteristics
ltem
0.22 0.19 0.16 0.14 0.12 0.10
Category
Temperature Range
Rated Voltage Range
Rated Capacitance Range
Capacitance Tolerance
Leakage Current
Tangent of loss angle (tan
ฮด
)
Stability at Low Temperature
Endurance
Marking
โ40 to +105หC
6.3 to 50V
22 to 6800ยตF
ยฑ 20% at 120Hz, 20หC
After 2 minutes' application of rated voltage at 20ยฐC, leakage current is not more than 0.01CV or 3 (ยตA), whichever is greater.
Rated voltage (V)
Rated voltage (V)
tan
ฮด
(MAX.)
For capacitance of more than 1000ยตF, add 0.02 for every increase of 1000ยตF.
Zโ25หC / Z+20หC
Zโ40หC / Z+20หC
Impedance ratio
(MAX.)
6.3 10 16 25 35 50
2 2 2 2 2 2
3 3 3 3 3 3
6.3 10 16 25 35 50
Printed with white color letter on black sleeve.
120Hz
20หC
120Hz
The specifications listed below shall be met when
the capacitors are restored to 20หC after D.C. bias
plus rated ripple current is applied at 105หC for the
condition listed at right.The peak voltage shall not
exceed the rated voltage.
Rated Voltage
ฯD(mm)
<
=ฯ6.3 ฯ8ฯ10 >
=ฯ12.5
6.3๎50V 2000h 3000h 4000h 5000h
h = hours
tan ฮด
Within ยฑ25% of the initial capacitance value
200% or less than the initial specified value
Less than or equal to the initial specified value
Capacitance change
Leakage current
ALUMINUM ELECTROLYTIC CAPACITORS
P.30๎
CAT.8100J
UHD
๎ณ๎๎๎๎
๎๎ท๎๎๎๎๎๎
๎ข๎ท๎ฃ
๎ข๎๎๎
๎๎ฃ
๎ณ๎๎๎๎
๎ค๎๎๎๎๎๎๎๎๎๎
๎ข๎๎ง๎ฃ
๎ค๎๎๎๎๎ด๎๎๎
ฯ๎ฅ๎ท๎ญ๎ข๎๎๎ฃ ๎๎๎๎ฮด
๎ญ๎๎๎๎๎๎๎๎ค๎๎๎๎๎๎
๎ข๎๎ข๎ฃ
๎ช๎๎๎๎
๎๎๎๎๎ข๎๎ฃ
๎ฎ๎ข๎น. ๎ณ๎๎๎๎
๎๎ณ๎๎๎๎๎
๎ข๎๎ข๎๎๎๎ฃ
๎ข๎0๎๎๎๎00๎๎ฉ๎๎ฃ
P๎๎๎๎๎ฏ๎๎๎๎๎
๎ข
๎๎๎๎0๎๎๎๎๎๎๎๎
๎๎๎๎๎๎๎๎๎
๎ฃ
๎0๎๎
๎00๎๎ฉ๎
๎ต๎0๎๎
๎00๎๎ฉ๎
๎.3
๎ข0๎ซ๎ฃ
๎๎0 ๎๎ท๎๎ 0.๎๎ 9.๎๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฅ๎ฅ
330 ๎.3๎ท๎๎ 0.๎๎ ๎0.๎9 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ0๎ซ33๎๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎๎ 3๎.๎๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎๎ ๎๎.๎๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎000 ๎0๎ท๎๎.๎ 0.๎๎ ๎3 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ0๎ซ๎0๎๎ฎP๎ฅ
๎๎00 ๎๎ท๎0 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ๎
๎๎00 ๎0๎ท๎0 0.๎๎ 9๎.๎ 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎3๎.๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
3300 ๎๎.๎๎ท๎0 0.๎๎ ๎0๎.9 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ0๎ซ33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎.๎๎ท๎๎ 0.๎๎ ๎๎๎.๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ39๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎9๎.๎ 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.30 3๎๎.๎ 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.30 3๎๎.๎ 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎๎ท๎๎ 0.3๎ ๎๎๎.๎ 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎0
๎ข๎๎ข๎ฃ
๎00 ๎๎ท๎๎ 0.๎9 ๎0 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎ๎ฅ๎ฅ
๎๎0 ๎.3๎ท๎๎ 0.๎9 ๎๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎9 ๎๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎9 ๎๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎9 ๎๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ๎
๎000 ๎๎ท๎0 0.๎9 ๎00 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎP๎ฅ
๎000 ๎0๎ท๎๎ 0.๎9 ๎00 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎP๎ฅ๎
๎๎00 ๎0๎ท๎0 0.๎9 ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎9 ๎๎0 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎00 ๎๎.๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
3300 ๎๎.๎๎ท๎๎ 0.๎3 330 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎.๎๎ท3๎.๎ 0.๎3 390 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ข39๎๎ฎ๎ฉ๎ฅ
3900 ๎๎๎ท๎0 0.๎3 390 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข39๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎0 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎๎ 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
๎๎
๎ข๎๎ค๎ฃ
๎๎ ๎๎ท๎๎ 0.๎๎ ๎.9๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎0๎ฎ๎ฅ๎ฅ
๎๎0 ๎.3๎ท๎๎ 0.๎๎ ๎9.๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฆ๎ฅ
330 ๎๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค33๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ๎
๎๎0 ๎๎ท๎0 0.๎๎ ๎0๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎๎ ๎0๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ๎
๎000 ๎0๎ท๎0 0.๎๎ ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎0๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎9๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎00 ๎๎.๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท๎๎ 0.๎๎ 3๎๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎3๎ 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.๎๎ ๎3๎ 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ๎
3300 ๎๎.๎๎ท3๎.๎ 0.๎0 ๎๎๎ 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ค33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎๎ท๎๎ 0.๎0 ๎๎๎ 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค39๎๎ฎ๎ฉ๎ฅ
Dimensions
For cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ).
If there is no size code in the part number, please add size code โ1โ and then add the appropriate code.
n;cl๏ฌcon
ALUMINUM ELECTROLYTIC CAPACITORS
P.30๎
CAT.8100J
Dimension table in next page.
UHD High Ripple Low Impedance
Lower impedance at high frequency range.
Smaller case size and high ripple current.
Compliant to the RoHS directive (2011/65/EU,(EU)2015/863). UHD
Approved by Reliability Center for Electronic
Component, Japan-Certification No. RCJ-03-23C
UHV
Smaller
Radial Lead Type Type numbering system (Example : 10V 3300
ยต
F)
U
1
H
2
D
3
1
4
A
5
3
6
3
7
2
8
M
9
H
10
D
11 12
15MIN 4MIN
Pressure
relief vent
ฯd
(ฯ6.3up)
ฯD+0.5 MAX.
L+ MAX.
(L < 20) 1.5
(L 20) 2.0
(mm)
ฯD
P
ฯd
10
5.0
0.6
5
2.0
0.5
12.5
5.0
16
7.5
0.6 0.8
6.3
2.5
0.5 0.6
8
3.5
ฯ D
5
Pb-free leadwire
Pb-free PET sleeve
DD
6.3 ED
8 ยท 10 PD
12.5 ยท16 HD
Configuration
Sleeve (P. E.T.)
Pยฑ0.5
โข Please refer to page 18 about the end seal configuration.
50Hz 120Hz 1kHz 10kHz
100kHz or more
0.75
0.85
0.90
0.95
0.90
0.95
0.98
1.00
Cap. (ยตF) Frequency
1.00
1.00
1.00
1.00
Frequency coefficient of rated ripple current
22 to 33
47 to 330
470 to 1000
1200 to 6800
0.55
0.70
0.75
0.80
0.45
0.60
0.65
0.75
Specifications
Performance Characteristics
ltem
0.22 0.19 0.16 0.14 0.12 0.10
Category
Temperature Range
Rated Voltage Range
Rated Capacitance Range
Capacitance Tolerance
Leakage Current
Tangent of loss angle (tan
ฮด
)
Stability at Low Temperature
Endurance
Marking
โ40 to +105หC
6.3 to 50V
22 to 6800ยตF
ยฑ 20% at 120Hz, 20หC
After 2 minutes' application of rated voltage at 20ยฐC, leakage current is not more than 0.01CV or 3 (ยตA), whichever is greater.
Rated voltage (V)
Rated voltage (V)
tan
ฮด
(MAX.)
For capacitance of more than 1000ยตF, add 0.02 for every increase of 1000ยตF.
Zโ25หC / Z+20หC
Zโ40หC / Z+20หC
Impedance ratio
(MAX.)
6.3 10 16 25 35 50
2 2 2 2 2 2
3 3 3 3 3 3
6.3 10 16 25 35 50
Printed with white color letter on black sleeve.
120Hz
20หC
120Hz
The specifications listed below shall be met when
the capacitors are restored to 20หC after D.C. bias
plus rated ripple current is applied at 105หC for the
condition listed at right.The peak voltage shall not
exceed the rated voltage.
Rated Voltage
ฯD(mm)
<
=ฯ6.3 ฯ8ฯ10 >
=ฯ12.5
6.3๎50V 2000h 3000h 4000h 5000h
h = hours
tan ฮด
Within ยฑ25% of the initial capacitance value
200% or less than the initial specified value
Less than or equal to the initial specified value
Capacitance change
Leakage current
ALUMINUM ELECTROLYTIC CAPACITORS
P.30๎
CAT.8100J
UHD
๎ณ๎๎๎๎
๎๎ท๎๎๎๎๎๎
๎ข๎ท๎ฃ
๎ข๎๎๎
๎๎ฃ
๎ณ๎๎๎๎
๎ค๎๎๎๎๎๎๎๎๎๎
๎ข๎๎ง๎ฃ
๎ค๎๎๎๎๎ด๎๎๎
ฯ๎ฅ๎ท๎ญ๎ข๎๎๎ฃ ๎๎๎๎ฮด
๎ญ๎๎๎๎๎๎๎๎ค๎๎๎๎๎๎
๎ข๎๎ข๎ฃ
๎ช๎๎๎๎
๎๎๎๎๎ข๎๎ฃ
๎ฎ๎ข๎น. ๎ณ๎๎๎๎
๎๎ณ๎๎๎๎๎
๎ข๎๎ข๎๎๎๎ฃ
๎ข๎0๎๎๎๎00๎๎ฉ๎๎ฃ
P๎๎๎๎๎ฏ๎๎๎๎๎
๎ข
๎๎๎๎0๎๎๎๎๎๎๎๎
๎๎๎๎๎๎๎๎๎
๎ฃ
๎0๎๎
๎00๎๎ฉ๎
๎ต๎0๎๎
๎00๎๎ฉ๎
๎.3
๎ข0๎ซ๎ฃ
๎๎0 ๎๎ท๎๎ 0.๎๎ 9.๎๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฅ๎ฅ
330 ๎.3๎ท๎๎ 0.๎๎ ๎0.๎9 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ0๎ซ33๎๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎๎ 3๎.๎๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎๎ ๎๎.๎๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎000 ๎0๎ท๎๎.๎ 0.๎๎ ๎3 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ0๎ซ๎0๎๎ฎP๎ฅ
๎๎00 ๎๎ท๎0 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ๎
๎๎00 ๎0๎ท๎0 0.๎๎ 9๎.๎ 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎3๎.๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎP๎ฅ
3300 ๎๎.๎๎ท๎0 0.๎๎ ๎0๎.9 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ0๎ซ33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎.๎๎ท๎๎ 0.๎๎ ๎๎๎.๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ39๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎9๎.๎ 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.30 3๎๎.๎ 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.30 3๎๎.๎ 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎๎ท๎๎ 0.3๎ ๎๎๎.๎ 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ0๎ซ๎๎๎๎ฎ๎ฉ๎ฅ
๎0
๎ข๎๎ข๎ฃ
๎00 ๎๎ท๎๎ 0.๎9 ๎0 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎ๎ฅ๎ฅ
๎๎0 ๎.3๎ท๎๎ 0.๎9 ๎๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎9 ๎๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎9 ๎๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎9 ๎๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ๎
๎000 ๎๎ท๎0 0.๎9 ๎00 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎP๎ฅ
๎000 ๎0๎ท๎๎ 0.๎9 ๎00 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ข๎0๎๎ฎP๎ฅ๎
๎๎00 ๎0๎ท๎0 0.๎9 ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎9 ๎๎0 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎP๎ฅ
๎๎00 ๎๎.๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
3300 ๎๎.๎๎ท๎๎ 0.๎3 330 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎.๎๎ท3๎.๎ 0.๎3 390 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ข39๎๎ฎ๎ฉ๎ฅ
3900 ๎๎๎ท๎0 0.๎3 390 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข39๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎0 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎๎ 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ข๎๎๎๎ฎ๎ฉ๎ฅ
๎๎
๎ข๎๎ค๎ฃ
๎๎ ๎๎ท๎๎ 0.๎๎ ๎.9๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎0๎ฎ๎ฅ๎ฅ
๎๎0 ๎.3๎ท๎๎ 0.๎๎ ๎9.๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฆ๎ฅ
330 ๎๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค33๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ๎
๎๎0 ๎๎ท๎0 0.๎๎ ๎0๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎๎ ๎0๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ๎
๎000 ๎0๎ท๎0 0.๎๎ ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎0๎๎ฎP๎ฅ
๎๎00 ๎0๎ท๎๎ 0.๎๎ ๎9๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎP๎ฅ
๎๎00 ๎๎.๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท๎๎ 0.๎๎ 3๎๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎3๎ 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.๎๎ ๎3๎ 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค๎๎๎๎ฎ๎ฉ๎ฅ๎
3300 ๎๎.๎๎ท3๎.๎ 0.๎0 ๎๎๎ 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ค33๎๎ฎ๎ฉ๎ฅ
3900 ๎๎๎ท๎๎ 0.๎0 ๎๎๎ 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ค39๎๎ฎ๎ฉ๎ฅ
Dimensions
For cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ).
If there is no size code in the part number, please add size code โ1โ and then add the appropriate code.
n;cl๏ฌcon
ALUMINUM ELECTROLYTIC CAPACITORS
P.30๎
CAT.8100J
Please refer to page18, 19 about the formed or taped product spec.
Please refer to page 4 for the minimum order quantity.
UHD
๎ณ๎๎๎๎
๎๎ท๎๎๎๎๎๎
๎ข๎ท๎ฃ
๎ข๎๎๎
๎๎ฃ
๎ณ๎๎๎๎
๎ค๎๎๎๎๎๎๎๎๎๎
๎ข๎๎ง๎ฃ
๎ค๎๎๎๎๎ด๎๎๎
ฯ๎ฅ๎ท๎ญ๎ข๎๎๎ฃ ๎๎๎๎ฮด
๎ญ๎๎๎๎๎๎๎๎ค๎๎๎๎๎๎
๎ข๎๎ข๎ฃ
๎ช๎๎๎๎
๎๎๎๎๎ข๎๎ฃ
๎ฎ๎ข๎น. ๎ณ๎๎๎๎
๎๎ณ๎๎๎๎๎
๎ข๎๎ข๎๎๎๎ฃ
๎ข๎0๎๎๎๎00๎๎ฉ๎๎ฃ
P๎๎๎๎๎ฏ๎๎๎๎๎
๎ข
๎๎๎๎0๎๎๎๎๎๎๎๎
๎๎๎๎๎๎๎๎๎
๎ฃ
๎0๎๎
๎00๎๎ฉ๎
๎ต๎0๎๎
๎00๎๎ฉ๎
๎๎
๎ข๎๎ฆ๎ฃ
๎๎ ๎๎ท๎๎ 0.๎๎ ๎๎.๎๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎0๎ฎ๎ฅ๎ฅ
๎00 ๎.3๎ท๎๎ 0.๎๎ ๎๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ฆ๎0๎๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎๎ ๎๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎP๎ฅ
330 ๎๎ท๎๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ฆ33๎๎ฎP๎ฅ
330 ๎0๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ฆ33๎๎ฎP๎ฅ๎
๎๎0 ๎๎ท๎0 0.๎๎ ๎๎๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎๎ ๎๎๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎP๎ฅ๎
๎๎0 ๎0๎ท๎0 0.๎๎ ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎๎ ๎0๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎP๎ฅ
๎000 ๎๎.๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎0๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท๎๎ 0.๎๎ 3๎๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎0 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎0 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎๎ 0.๎๎ ๎๎๎ 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฆ๎๎๎๎ฎ๎ฉ๎ฅ
3๎
๎ข๎๎ท๎ฃ
33 ๎๎ท๎๎ 0.๎๎ ๎๎.๎๎ 0.30 ๎.00 ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท330๎ฎ๎ฅ๎ฅ
๎๎ ๎.3๎ท๎๎ 0.๎๎ ๎9.๎ 0.๎3 0.๎๎ ๎0๎ ๎ถ๎ฉ๎ฅ๎๎ท๎๎0๎ฎ๎ฆ๎ฅ
๎๎0 ๎๎ท๎๎.๎ 0.๎๎ ๎๎.๎ 0.0๎๎ 0.๎๎ ๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎๎ ๎๎ 0.0๎๎ 0.๎๎ 99๎ ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎๎ ๎๎ 0.0๎3 0.๎๎ ๎030 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ๎
๎๎0 ๎๎ท๎0 0.๎๎ 9๎.๎ 0.0๎๎ 0.๎3 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ
330 ๎0๎ท๎๎ 0.๎๎ ๎๎๎.๎ 0.03๎ 0.๎๎ ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ท33๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎0 0.๎๎ ๎๎๎.๎ 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎๎ ๎9๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎.๎๎ท๎0 0.๎๎ ๎3๎ 0.0๎๎ 0.0๎3 ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎ๎ฉ๎ฅ
๎000 ๎๎.๎๎ท๎๎ 0.๎๎ 3๎0 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎0๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎0 0.0๎๎ 0.0๎๎ 3๎90 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎0 0.๎๎ ๎๎0 0.0๎๎ 0.0๎๎ 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎ๎ฉ๎ฅ๎
๎๎00 ๎๎.๎๎ท3๎.๎ 0.๎๎ ๎๎๎ 0.0๎๎ 0.039 3๎00 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎ๎ฉ๎ฅ
๎๎00 ๎๎๎ท๎๎ 0.๎๎ ๎30 0.0๎๎ 0.0๎3 3๎๎0 ๎ถ๎ฉ๎ฅ๎๎ท๎๎๎๎ฎ๎ฉ๎ฅ
๎0
๎ข๎๎ฉ๎ฃ
๎๎ ๎๎ท๎๎ 0.๎0 ๎๎ 0.3๎ ๎.๎๎ ๎3๎ ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎0๎ฎ๎ฅ๎ฅ
๎๎ ๎.3๎ท๎๎ 0.๎0 ๎๎ 0.๎๎ 0.๎0 3๎๎ ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎0๎ฎ๎ฆ๎ฅ
๎00 ๎๎ท๎๎.๎ 0.๎0 ๎0 0.0๎๎ 0.๎๎ ๎๎๎ ๎ถ๎ฉ๎ฅ๎๎ฉ๎0๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎๎ 0.๎0 ๎0 0.0๎๎ 0.๎๎ 9๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎.๎ 0.๎0 ๎๎ 0.0๎๎ 0.๎๎ 9๎9 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎP๎ฅ
๎๎0 ๎๎ท๎0 0.๎0 90 0.0๎๎ 0.๎๎ ๎๎90 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎๎ 0.๎0 ๎๎0 0.0๎๎ 0.๎๎ ๎3๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎP๎ฅ
๎๎0 ๎0๎ท๎0 0.๎0 ๎3๎ 0.030 0.090 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎP๎ฅ
330 ๎0๎ท๎๎ 0.๎0 ๎๎๎ 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ33๎๎ฎP๎ฅ
๎๎0 ๎๎.๎๎ท๎0 0.๎0 ๎3๎ 0.0๎๎ 0.0๎๎ ๎0๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎0 ๎๎.๎๎ท๎๎ 0.๎0 ๎๎0 0.0๎3 0.0๎9 ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎0 ๎๎.๎๎ท3๎.๎ 0.๎0 3๎0 0.0๎๎ 0.0๎๎ ๎๎๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎0 ๎๎.๎๎ท3๎.๎ 0.๎0 ๎๎0 0.0๎9 0.0๎๎ ๎9๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎ๎ฉ๎ฅ
๎๎0 ๎๎๎ท๎0 0.๎0 ๎๎0 0.0๎3 0.0๎9 ๎๎30 ๎ถ๎ฉ๎ฅ๎๎ฉ๎๎๎๎ฎ๎ฉ๎ฅ๎
๎000 ๎๎๎ท๎๎ 0.๎0 ๎00 0.0๎๎ 0.0๎๎ 30๎0 ๎ถ๎ฉ๎ฅ๎๎ฉ๎0๎๎ฎ๎ฉ๎ฅ
Dimensions
For cut leads, formed leads or taped parts, please add the appropriate code after the size code (12th digit ).
If there is no size code in the part number, please add size code โ1โ and then add the appropriate code.
ALUMINUM ELECTROLYTIC CAPACITORS
P.309
CAT.8100J
Performance Characteristics
ltem
UHE
Miniature Sized, Low Impedance,
High Reliability
Low impedance and high reliability withstanding 4000 hours to 10000 hours.
Compliant to the RoHS directive (2011/65/EU,(EU)2015/863).
Specifications
Approved by Reliability Center for Electronic
Component, Japan-Certification No. RCJ-03-23C
Radial Lead Type Type numbering system (Example : 10V 1000ยตF)
U
1
H
2
E
3
1
4
A
5
1
6
0
7
2
8
M
9
P
10
D
11 12
Capacitance tolerance ( ยฑ20%)
Size code
Rated capacitance (1000ยตF)
Rated voltage (10V)
Configuration
Series name
Type
(mm)
ฯD
P
ฯd
10
5.0
0.6
5
2.0
0.5
12.5
5.0
16
7.5
0.6 0.8
18
7.5
0.8
6.3
2.5
0.5 0.6
8
3.5
In case L > 25 for the ฯ12.5 dia. unit, lead dia. ฯd = 0.8mm
(L < 20) 1.5
(L 20) 2.0
Pressurerelief vent
(ฯ6.3up)
ฯ D
5
Pb-free leadwire
Pb-free PET sleeve
DD
6.3 ED
8 ยท 10 PD
12.5 to 18 HD
Configuration
15MIN 4MIN
ฯD+0.5 MAX.
ฯ
d
Sleeve (P.E.T.)
L+ MAX.
Pยฑ0.5
0.22 0.19 0.16 0.14 0.12 0.10 0.09 0.08
Category
Temperature Range
Rated Voltage Range
Rated Capacitance Range
Capacitance Tolerance
Leakage Current
Tangent of loss angle (tan
ฮด
)
Stability at Low Temperature
Endurance
โ40 to +105หC
6.3 to 100V
2.2 to 18000ยตF
ยฑ 20% at 120Hz, 20หC
After 2 minutes' application of rated voltage at 20ยฐC, leakage current is not more than 0.01CV or 3 (ยตA), whichever is greater.
Rated voltage (V)
Rated voltage (V)
Case size
ฯD <
= 6.3 ฯD = 8 , 10 ฯD >
= 12.5
tan
ฮด
(MAX.)
For capacitance of more than 1000ยตF, add 0.02 for every increase of 1000ยตF.
Zโ25หC / Z+20หC
6.3 to 10V
4000 hours 6000 hours 8000 hours
5000 hours 7000 hours 10000 hours
Zโ40หC / Z+20หC
16 to 100V
Impedance ratio
(MAX.)
Rated voltage
6.3 10 16 25 35 50 63 100
4 3 2 2 2 2 2 2
8 6 4 3 3 3 3 3
6.3 10 16 25 35 50 63 100
The following specifications shall be met when the capacitors are restored to 20หC after D.C. bias plus rated ripple current is
applied at 105หC , the peak voltage shall not exceed the rated voltage.
Marking Printed with white color letter on black sleeve.
Capacitance change Within ยฑ 25% of the initial capacitance value
tan ฮด 200% or less than the initial specified value
Leakage current Less than or equal to the initial specified value
120Hz
20หC
120Hz
UHE
UHD
2.2 to 33
39 to 330
390 to 1000
1200 to 18000
0.55
0.70
0.75
0.80
50Hz 120Hz 300Hz 1kHz
0.45
0.60
0.65
0.75
0.70
0.85
0.90
0.95
0.90
0.95
0.98
1.00
10kHz or more
1.00
1.00
1.00
1.00
Cap. (ยตF) Frequency
Frequency coefficient of rated ripple current
Dimension table in next page.
Long Life
โข Please refer to page 18 about the end seal configuration.
Austria