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B41507-B8229-M [EPCOS]

CAPACITOR, ALUMINUM ELECTROLYTIC, NON SOLID, POLARIZED, 63V, 22000uF, THROUGH HOLE MOUNT;
B41507-B8229-M
型号： B41507-B8229-M
厂家： EPCOS    EPCOS
描述：

CAPACITOR, ALUMINUM ELECTROLYTIC, NON SOLID, POLARIZED, 63V, 22000uF, THROUGH HOLE MOUNT
文件： 总9页 (文件大小：400K)
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Capacitors with Solder Pins  
85 °C  
B 41 507  
B 43 507  
Not for new design  
LL grade  
Especially high volumetric efficiency  
Construction  
● Charge-discharge proof, polar  
● Aluminum case, fully insulated  
● Overload protection by preset break point in case  
● Solder pin mounting on printed circuit boards,  
pins fit standardized spacings on PCB  
● Negative pole brought out to solder pin, but not insulated from case  
Features  
● High reliability and high ripple current capability  
● Extremely small dimensions, i.e. especially  
high volumetric efficiency  
● Low equivalent series resistance and low self-inductance  
● Pinning ensures correct insertion  
Applications  
● For switch-mode power supplies in industrial and consumer electronics  
● For professional, long-life switch-mode power supplies  
Specifications and characteristics in brief  
B 41 507  
B 43 507  
Rated voltage UR  
Surge voltage US  
10 … 100 V–  
1,15 · UR  
200 … 450 V–  
1,15 · UR (for UR ≤ 200 V–)  
1,10 · UR (for UR ≥ 385 V–)  
Rated capacitance CR  
Capacitance tolerance  
Useful life  
1 000 … 100 000 µF  
68 … 2 200 µF  
± 20 %  
M
± 20 %  
M
≤ 63 V–  
100 V–  
40 °C, UR  
> 200 000 h  
(1,6 · I~R,85°C  
> 10 000 h  
> 200 000 h  
> 200 000 h (1,7 · I~R,85°C  
)
)
( I~R,85°C  
)
85 °C, UR; I~R  
> 5 000 h  
> 8 000 h  
Failure percentage  
≤ 1 %  
≤ 1 %  
(during useful life)  
(during useful life)  
Failure rate  
≤ 40 fit  
(≤ 40 · 10– 9/h)  
≤ 40 fit  
(≤ 40 · 10– 9/h)  
Voltage endurance test 3 000 h, 85 °C  
3 000 h, 85 °C  
(at UR)  
(at UR)  
Leakage current Ilka  
0,7  
CR UR  
------- -------  
µF  
(5 min, 20 °C)  
I
lka ≤ 0,3 µA  
+ 4 µA  
V
Self-inductance LESL  
approx. 10 nH  
Siemens Matsushita Components  
165  
B 41 507  
B 43 507  
Not for new design  
Specifications and characteristics in brief  
B 41 507  
B 43 507  
IEC climatic category  
in accordance with IEC 68–1  
≤ 385 V–: 40/085/56 (–40 °C/+85 °C, 56 days damp heat test)  
≥ 400 V–: 25/085/56 (–25 °C/+85 °C, 56 days damp heat test)  
Detail specification  
Sectional specification  
Vibration resistance  
similar to CECC 30 301-805  
IEC 384–4  
in accordance with IEC 68–2–6, test Fc:  
frequency range 10 … 55 Hz, duration 3 × 2 h  
for d = 25 mm: displacement amplitude 0,75 mm, acceleration max. 10 g  
for d ≥ 30 mm: displacement amplitude 0,35 mm, acceleration max. 5 g  
166  
Siemens Matsushita Components  
B 41 507  
B 43 507  
Not for new design  
Dimensional drawing  
d = 25 mm d = 30 and 35 mm  
d = 40 mm  
2
1
d max  
4
d
1)  
1)  
1)  
1)  
25  
25  
15  
15  
+
+
+
+
+
+
+
3
Mounting holes (view onto solder side)  
ø1,3+0,1  
20±0,1  
l
7,5±0,1  
l
ø1,3+0,1  
1
2
1
ø1,3+0,1  
1
4
3
3
3
2
2
0,8x1,1_0,1  
12,5±0,1  
17,5±0,1  
17,5±0,1  
KAL0402-Q  
For d = 25 and 30 mm: Plus and minus pole markings on the shrunk-on insulating sleeve.  
For d = 35 and 40 mm: Pole markings on the terminal. Plus: 1; Minus: –  
All pin holes must be drilled into the PC-board, since the unconnected pins serve as mountings.  
These pins must be soldered to isolated pads or pads with the same potential as the negative pole.  
Dimensions (mm)  
Approximate  
weight (g)  
Packing units  
(Pieces)  
d × l  
dmax × lmax  
25 × 30  
25 × 35  
25 × 40  
25,8 × 34  
25,8 × 39  
25,8 × 44  
22  
22  
29  
384  
256  
256  
30 × 35  
30 × 40  
30 × 45  
30 × 50  
30,8 × 39  
30,8 × 44  
30,8 × 49  
30,8 × 54  
32  
36  
36  
42  
240  
160  
160  
160  
35 × 40  
35 × 50  
35,8 × 44  
35,8 × 54  
48  
59  
144  
144  
40 × 50  
40 × 70  
40 × 100  
40 × 105  
40,8 × 54  
40,8 × 74  
40,8 × 104  
40,8 × 109  
76  
103  
153  
160  
96  
48  
48  
48  
1) Permissible range of positions for pole identification marks  
Siemens Matsushita Components  
167  
B 41 507  
B 43 507  
Not for new design  
Overview of available types  
Type B 41 507  
UR (V–)  
CR (µF)  
1 000  
10  
16  
25  
40  
63  
100  
Case dimensions d × l (mm)  
25 × 40  
30 × 40  
35 × 40  
2 200  
4 700  
25 × 35  
30 × 45  
35 × 50  
25 × 30  
25 × 40  
40 × 50  
30 × 50  
35 × 40  
10 000  
25 × 30  
30 × 40  
25 × 40  
30 × 40  
40 × 100  
30 × 50  
35 × 40  
22 000  
35 × 50  
40 × 70  
40 × 50  
40 × 100  
40 × 100  
47 000  
35 × 50  
40 × 70  
40 × 50  
40 × 100  
100 000  
Type B 43 507  
UR (V–)  
CR (µF)  
68  
200  
385  
400  
450  
Case dimensions d × l (mm)  
30 × 35  
30 × 40  
30 × 45  
100  
25 × 40  
30 × 40  
30 × 35  
30 × 35  
150  
30 × 40  
25 × 40  
220  
470  
30 × 45  
40 × 50  
30 × 50  
40 × 50  
35 × 40  
30 × 40  
40 × 50  
35 × 40  
680  
1 000  
2 200  
35 × 50  
40 × 50  
40 × 100  
40 × 70  
40 × 100  
40 × 70  
40 × 100  
40 × 70  
40 × 105  
The capacitance and voltage ratings listed above are available in different cases upon request.  
Other voltage and capacitance ratings are also available upon request.  
168  
Siemens Matsushita Components  
B 41 507  
B 43 507  
Not for new design  
Technical data and ordering codes  
UR CR  
Case  
RESR, typ RESR, max Zmax  
I~max I~R  
I~max Ordering  
dimensions 100 Hz 100 Hz  
10 kHz 100 Hz 100 Hz 100 Hz code 1)  
d × l  
mm  
20 °C  
mΩ  
20 °C  
mΩ  
20 °C 40 °C 85 °C 85 °C  
V– µF  
mΩ  
A
A
A
Short code  
B41507-  
10 10 000 25 × 30  
22 000 30 × 40  
47 000 35 × 50  
100 000 40 × 70  
16 10 000 25 × 40  
22 000 30 × 50  
22 000 35 × 40  
47 000 40 × 50  
100 000 40 × 100  
46  
30  
20  
17  
36  
24  
24  
17  
13  
46  
28  
20  
14  
36  
24  
24  
18  
13  
45  
30  
20  
13  
58  
31  
31  
20  
13  
98  
51  
35  
34  
62  
44  
44  
35  
20  
87  
48  
33  
24  
60  
42  
42  
35  
20  
87  
50  
36  
20  
110  
60  
60  
36  
25  
81  
46  
32  
21  
56  
42  
42  
28  
16  
84  
46  
32  
23  
59  
41  
41  
34  
19  
84  
49  
33  
18  
88  
48  
48  
31  
22  
6,5  
9,4  
13  
17  
7,8  
2,5  
3,6  
5,1  
6,4  
3,0  
4,6  
4,6  
5,8  
8,4  
2,5  
3,7  
5,1  
7,0  
3,0  
4,6  
4,6  
5,6  
8,4  
2,5  
3,6  
5,1  
8,4  
2,4  
4,1  
4,1  
5,3  
8,1  
4,0  
-B3109-M  
-B3229-M  
-B3479-M  
-B3100-M  
-B4109-M  
-J4229-M  
-B4229-M  
-B4479-M  
-B4100-M  
-B5478-M  
-B5109-M  
-B5229-M  
-B5479-M  
-B7478-M  
-J7109-M  
-B7109-M  
-B7229-M  
-B7479-M  
-A8228-M  
-A8478-M  
-B8109-M  
-B8229-M  
-B9108-M  
-J9228-M  
-B9228-M  
-B9478-M  
-B9109-M  
5,8  
8,2  
10  
4,8  
7,4  
7,4  
9,3  
12  
12  
15  
22  
13  
25  
4 700 25 × 30  
10 000 30 × 40  
22 000 35 × 50  
47 000 40 × 70  
4 700 25 × 40  
10 000 30 × 50  
10 000 35 × 40  
22 000 40 × 50  
47 000 40 × 100  
2 200 25 × 35  
4 700 30 × 45  
10 000 35 × 50  
22 000 40 × 100  
1 000 25 × 40  
2 200 30 × 40  
2 200 35 × 40  
4 700 40 × 50  
10 000 40 × 100  
6,5  
9,6  
13  
18  
7,8  
4,0  
5,9  
8,2  
11  
40  
4,8  
7,4  
7,4  
9,0  
12  
12  
15  
22  
13  
63  
6,5  
9,4  
13  
22  
7,2  
4,0  
5,8  
8,2  
13  
100  
3,3  
5,3  
5,3  
7,6  
12  
12  
16  
24  
12  
1) For instructions on how to determine ordering codes, refer to page 170.  
Siemens Matsushita Components  
169  
B 41 507  
B 43 507  
Not for new design  
Technical data and ordering codes  
UR CR  
Case  
RESR, typ RESR, max Zmax  
I~max I~R  
I~max Ordering  
dimensions 100 Hz 100 Hz  
d × l  
mm  
10 kHz 100 Hz 100 Hz 100 Hz code 1)  
20 °C 40 °C 85 °C 85 °C  
20 °C  
mΩ  
20 °C  
mΩ  
V– µF  
mΩ  
A
A
A
Short code  
B43507-  
200  
220  
25 × 40  
30 × 40  
35 × 40  
35 × 50  
40 × 50  
40 × 100  
25 × 40  
30 × 40  
30 × 40  
35 × 40  
40 × 50  
40 × 70  
40 × 100  
30 × 35  
30 × 35  
30 × 45  
40 × 50  
40 × 70  
40 × 100  
30 × 35  
30 × 40  
30 × 45  
30 × 50  
40 × 50  
40 × 70  
40 × 105  
300  
140  
140  
100  
66  
660  
310  
310  
220  
150  
75  
530  
2,7  
0,90  
1,8  
1,2  
-C227-M  
-K477-M  
-C477-M  
-C687-M  
-C108-M  
-C228-M  
-F107-M  
-F157-M  
-G227-M  
-F227-M  
-F477-M  
-F687-M  
-F108-M  
-J107-M  
-J157-M  
-J227-M  
-J477-M  
-J687-M  
-J108-M  
-A5686-M  
-A5107-M  
-A5157-M  
-A5227-M  
-A5477-M  
-A5687-M  
-A5108-M  
470  
470  
250  
250  
180  
120  
60  
5,4  
5,4  
6,0  
7,5  
2,3  
1,8  
2,3  
680  
2,0  
2,6  
1 000  
2 200  
100  
2,5  
3,3  
30  
12  
4,1  
5,3  
385  
480  
320  
220  
220  
100  
77  
890  
600  
410  
410  
200  
140  
100  
1700  
1100  
750  
350  
250  
170  
3700  
2500  
1700  
1200  
530  
370  
250  
750  
500  
350  
350  
170  
120  
88  
1,8  
2,4  
3,6  
3,6  
5,4  
6,9  
9,0  
1,7  
2,1  
2,8  
4,9  
6,6  
9,3  
1,4  
1,8  
2,3  
2,9  
4,9  
6,6  
9,5  
0,6  
0,8  
150  
0,8  
1,0  
220  
1,2  
1,6  
220  
1,2  
1,6  
470  
1,8  
2,3  
680  
2,3  
3,0  
1 000  
100  
55  
3,0  
3,9  
400  
450  
1000  
670  
450  
210  
150  
100  
1600  
1100  
720  
490  
230  
160  
110  
1420  
920  
630  
290  
210  
140  
3080  
2080  
1420  
1000  
440  
310  
210  
0,60  
0,72  
0,95  
1,7  
0,60  
0,72  
0,95  
1,7  
150  
220  
470  
680  
2,3  
2,3  
1 000  
68  
3,2  
3,2  
0,50  
0,61  
0,78  
0,99  
1,7  
0,50  
0,61  
0,78  
0,99  
1,7  
100  
150  
220  
470  
680  
2,3  
2,3  
1 000  
3,3  
3,3  
1) To obtain the required ordering code, prefix the type number to the short code. E. g.: B43507-C227-M  
B41507-... (UR 10 … 100 V−)  
B43507-... (UR = 200 … 450 V−)  
=
170  
Siemens Matsushita Components  
B 41 507  
B 43 507  
Not for new design  
Useful life  
versus ambient temperature TA under ripple current operating conditions 1)  
U
R ≤ 63 V–  
I~  
I~  
R, 85°C  
UR = 100 V– … 385 V–  
I~  
I~  
R, 85  
°
C
1) Refer to page 34 for an explanation on how to interpret the useful life graphs.  
Siemens Matsushita Components  
171  
B 41 507  
B 43 507  
Not for new design  
Useful life  
versus ambient temperature TA under ripple current operating conditions 1)  
UR = 400 and 450 V–  
I~  
I~  
R, 85  
°
C
Permissible ripple current I~  
Permissible ripple current I~  
versus frequency f  
versus frequency f  
U
R ≤ 100 V–  
UR ≥ 200 V–  
1) Refer to page 34 for an explanation on how to interpret the useful life graphs.  
172  
Siemens Matsushita Components  
B 41 507  
B 43 507  
Not for new design  
Equivalent series resistance RESR  
versus frequency f  
Equivalent series resistance RESR  
versus frequency f  
Typical behavior  
Typical behavior  
U
R ≤ 100 V–  
UR ≥ 200 V–  
Impedance Z versus frequency f  
Impedance Z versus frequency f  
Typical behavior  
Typical behavior  
U
R ≤ 100 V–  
UR ≥ 200 V–  
Siemens Matsushita Components  
173  

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