AMORPHOUS CHOKE COIL
New!
D
W
(Reference sample)
D : Maximum outer diameter
W : Maximum width
Total lead length (L)* : 30mm (+3mm, -3mm)
Soldering boundary (a)* : 0mm (+4mm, -0mm)
* The bottom of the core or coil ( )is defined as
the base surface.
a
L
The specification value of the soldering boundary a varies
depending on the number of windings of the wire
.
?MAJOR
USES
@For
switching mode power surpplies.
@For
DC-DC converter.
@For
normal mode line filter.
?FEATURES
@Miniaturization
in comparison with TM series coils.
@High
inductance in low load current.
@Low
leakage flux due to gap-less structure.
?GENERAL
SPECIFICATION
P/N
BM03421X6
BM05161X6
BM08600X6
BM10300X6
BM15150X6
BM20100X6
BM25060X6
BM03551X7
BM05201X7
BM08800X7
BM10500X7
BM15270X7
BM20150X7
BM25090X7
BM30070X7
BM03801X8
BM05351X8
BM08121X8
BM10750X8
BM15350X8
BM20210X8
BM25130X8
BM30090X8
BM03122XR
BM05481XR
BM08191XR
BM10121XR
BM15570XR
BM20310XR
BM25200XR
BM30140XR
Outside dimension
Inductance (200kHz)
D.C.R. mO
Rated
Winding
*2
current
*1
(max)
mmfBlines-turns D (mm) W (mm)
O[A] (mH) Rating (mH)
A
3
5
8
10
15
20
25
3
5
8
10
15
20
25
30
3
5
8
10
15
20
25
30
3
5
8
10
15
20
25
30
1125
360
140
62
35
23
13
1445
465
180
115
62
35
22
16
1800
840
285
170
84
52
32
23
2800
1055
435
265
134
70
47
31
420
160
60
30
15
10
6
550
200
80
50
27
15
9
7
800
350
120
75
35
21
13
9
1200
480
190
120
57
31
20
14
130
55
20
11
6
4
2
150
60
23
16
8
5
3
3
185
85
30
17
9
6
4
3
155
100
40
22
13
7
5
4
0.8B1p
1.0B1p
0.9B2p
1.0B2p
1.0B3p
1.0B4p
1.2B4p
0.8B1p
1.0B1p
0.9B2p
1.0B2p
1.0B3p
1.2B3p
1.2B4p
1.3B4p
0.8B1p
1.0B1p
1.3B1p
1.1B2p
1.3B2p
1.2B3p
1.2B4p
1.3B4p
1.0B1p
1.1B1p
1.3B1p
1.1B2p
1.3B2p
1.2B3p
1.2B4p
1.3B4p
- 80T
- 48T
- 30T
- 20T
- 15T
- 12T
- 9T
- 90T
- 54T
- 34T
- 27T
- 20T
- 15T
- 12T
- 10T
- 88T
- 60T
- 35T
- 27T
- 19T
- 15T
- 12T
- 10T
-100T
- 70T
- 45T
- 35T
- 25T
- 18T
- 15T
- 12T
29.0
29.0
29.0
29.0
29.5
29.5
30.0
32.5
32.0
32.5
32.5
33.0
33.5
33.5
34.5
33.0
34.0
34.0
34.0
34.5
34.0
35.0
35.5
41.5
41.0
41.5
40.5
41.5
42.0
41.5
42.0
17.5
18.0
18.0
18.0
18.5
18.5
19.0
18.0
18.0
18.5
18.0
19.0
20.0
21.0
21.0
24.5
24.5
24.5
25.5
25.0
26.0
26.0
27.0
26.5
25.5
25.5
26.0
26.0
26.0
26.0
27.0
*1 The inductance at current 0 [A]
indicates the reference value.
*2 The number of turns indicates
the reference value. The specifi-
cation of the inductance takes
precedence over that of the
number of turns.
The coils of the lying type are also provided
for all the items listed in the table above.
For a coil of the type, symbol E should be
added to the end of the part number shown
in the table (e.g. BM05201X7E).
The coils of the pedestal attachment type
are also provided for the items with symbol
@
in the table above. For a coil of the type,
symbol D should be added to the end of
the part number shown in the table (e.g.
BM05201X7D).
The items preceded by symbol
include
two types, or the depth type with pedestal
and the bed type with pedestal. To order
the item of the depth or bed type, add D or
B at the end of the item of the item name
respectively, as shown in the examples
below:(BM05201X7D for the depth type
with pedestal) (BM05201X7B for the bed
type with pedestal)
*Order the auxiliary pins separately if they
are required for the pedestal.
?dc-current
pre-loadability (1) <Example>
@
Core : B221310N, Frequency : 200kHz
?dc-current
pre-loadability (2) <Example>
@
Core : B251510N, Frequency : 200kHz
?dc-current
pre-loadability (3) <Example>
@
Core : B251515N, Frequency : 200kHz
?dc-current
pre-loadability (4) <Example>
@
Core : B322015N, Frequency : 200kHz
FPGA/CPLD
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