433
10/02
Long-life grade capacitors
for professional applications
Applications
I
For use in output circuits of switch-mode
power supplies of compact design
I
For professional industrial electronics,
telecommunications and data processing equipment
Features
I
Lowest impedance at high frequency
I
Lowest equivalent series resistance
ESR
I
High ripple current capability
Construction
I
Radial leads
I
Charge-discharge proof, polar
I
Aluminum case with insulating sleeve
I
Minus pole marking on the insulating sleeve
I
Case with safety vent
I
Stand off rubber seal
Delivery mode
Special terminal configurations and packing:
I
Bulk
I
Taped, Ammo pack
I
Cut
I
Kinked
Refer to page 503 for further details and ordering example.
KAL0707-F
B41886
Single-Ended Capacitors
Lowest Impedance 105 C
B41886
434
10/02
B41886
Lowest Impedance 105 C
Specifications and characteristics in brief
Rated voltage
U
R
Surge voltage
U
S
6,3 ... 25 VDC
1,15
U
R
Rated capacitance
C
R
Capacitance tolerance
100 ... 2 200
F
20 % M
Useful life
105 C;
U
R
;
I
~
R
> 4 000 h
Requirements:
C
/
C
40 % of initial value
tan
3 times initial specified limit
I
L
initial specified limit
Failure percentage:
1 %
Failure rate:
100 fit ( 100 10
9
/h)
(for definiton "fit", refer to chapter
"Quality"
, page 62)
Voltage endurance test
105 C;
U
R
2 000 h
Post test requirements:
C/C 30 % of initial value
tan
2 times initial specified limit
I
L
initial specified limit
Vibration resistance
To IEC 68068-2-6, test Fc:
displacement amplitude 0,75 mm, frequency range 10 ... 2 000 Hz,
acceleration max.10
g
, duration 3
2 h
IEC climatic category
To IEC 60068-1:
40/105/56 ( 40 C/+ 105 C/56 days damp heat test)
Sectional specification
IEC 60384-4
435
10/02
B41886
Lowest Impedance 105 C
Dimensional drawing
Dimensions and weights
Overview of available types
Other capacitance and voltage ratings are available upon request.
Dimensions (mm)
Approx. weight
g
d
l
d
max
l
max
a
0,5
b
8
11
8,5
12
3,5
0,60 0,05
1,0
10
16
10,5
17
5,0
0,60 0,05
1,9
10
20
10,5
22
5,0
0,60 0,05
2,6
12,5
25
13
27
5,0
0,60 0,05
4,5
U
R
(VDC)
6,3
10
16
25
C
R
(
F)
Case dimensions
d
l
(mm)
100
8
11
220
8
11
10
16
330
8
11
10
16
10
16
470
8
11
10
16
10
16
10
20
680
8
11
1 000
10
16
10
20
10
20
12,5
25
1 500
10
20
2 200
12,5
25
12,5
25
KAL0812-M-E
d
d max.
a
15 min.
max.
5 min.
b
Minus pole
marking
+
-
Stand-off rubber seal
436
10/02
B41886
Lowest Impedance 105 C
1) * = "0" for bulk version.
For taping versions, other lead configurations and packing information see page 503.
Technical data and ordering codes
U
R
VDC
C
R
120 Hz
20 C
F
Case
dimensions
d
l
mm
I
L, max
5 min
20 C
A
tan
max
120 Hz
20
C
ESR
max
120 Hz
20
C
Z
max
100 kHz
20
C
I
~
R
100 kHz
105
C
mA
Ordering code
1)
6,3
470
8
11
30
0,22
0,78
0,130
550
B41886A2477M00*
680
8
11
43
0,22
0,54
0,110
660
B41886A2687M00*
1 000
10
16
63
0,22
0,36
0,048
930
B41886A2108M00*
1 500
10
20
95
0,22
0,24
0,028
1 440
B41886A2158M00*
2 200
12,5
25
139
0,24
0,18
0,021
1 650
B41886A2228M00*
10
330
8
11
33
0,19
0,95
0,120
500
B41886A3337M00*
470
10
16
47
0,19
0,67
0,084
760
B41886A3477M00*
1 000
10
20
100
0,19
0,31
0,043
1 340
B41886A3108M00*
2 200
12,5
25
220
0,21
0,16
0,024
1 940
B41886A3228M00*
16
220
8
11
35
0,16
1,21
0,084
640
B41886A4227M00*
330
10
16
53
0,16
0,80
0,070
760
B41886A4337M00*
470
10
16
75
0,16
0,56
0,059
1 050
B41886A4477M00*
1 000
10
20
160
0,16
0,27
0,035
1 600
B41886A4108M00*
25
100
8
11
25
0,14
2,32
0,125
405
B41886A5107M00*
220
10
16
55
0,14
1,06
0,084
740
B41886A5227M00*
330
10
16
83
0,14
0,70
0,059
995
B41886A5337M00*
470
10
20
118
0,14
0,49
0,043
1 300
B41886A5477M00*
1 000
12,5
25
250
0,14
0,23
0,024
2 050
B41886A5108M00*
437
10/02
B41886
Lowest Impedance 105 C
Useful life
depending on ambient temperature
T
A
under ripple current operating conditions
1)
U
R
= 6,3 ... 25 VDC
Frequency factor of permissible
ripple current
I
~
versus frequency
f
Impedance Z
versus frequency
f
Typical behavior at 20 C
110
40
0
0,5
1,0
400 000 h
50
100 000 h
200 000 h
60
90
50 000 h
70
25 000 h
80
100
10 000 h
C
T
A
4 000 h
B41886
R
~
~
1,5
2,0
2,5
3,0
3,5
KAL0773-X
1) Refer to page 40 for an explanation on how to interpret the useful life graphs.
10
0
2
10
0,1
0,3
0,2
0,4
f
4
10
3
5
Hz 10
~
0,6
0,5
0,7
0,9
0,8
100 kHz
1,2
~
f
B41886
KAL0774-6
10
2
Z
Hz
f
KAL0775-E
10
_
2
10
_
1
10
0
10
1
10
3
10
4
10
5
10
6
470 F/25 V
PDF 
ZIP