Sumida CP4LBMNP-121M Ift coil Datasheet

IFT Coils < SMD Type: CP Series>
Type: CP-4LBM
◆ Product Description
・6.0×5.1mm Max.,(L×W), 2.3mm Max. Height.
・Inductance range:10～560µH Max.
・Operating Frequency:15MHz Max.
・In addition to the reference versions of parameters shown here,
custom designs are available to meet your exact requirements
◆ Feature
・Low profile fixed shielded type of tight-space design
・Ideally used as IFT coils or low power DC-DC converters transformers.
・RoHS Compliance
1.5±0.2
0.45
＋0.3
4.8－0.2
0.45
2.3 Max.
1.5±0.2
＋0.3
4.8－0.2
0.4±0.2
1.2±0.15
0.95
3.8
3.4±0.3
◆ Dimensions (mm)
0.95
＊ Dimension does not include solder used on coil.
＊ Pin pitch shall be measured at the root of terminal.
＊ Dimension without tolerance are approx.
◆ Connection (Bottom View)
3
4
2
S
1
6
“S” is winding start
Please refer to the sales offices on our website for a representative near you
www.sumida.com
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IFT Coils < SMD Type: CP Series>
Type: CP-4LBM
◆ Specification
NO.
Part No.
Stamp
Inductance
(at 1kHz)
<Within>
Rated Current
(mA)
※
D.C.R. (Ω)
<Max.>
(at 2℃)
01
CP4LBMNP-1ØØM
100
10μH ± 20 %
360
0.90
02
CP4LBMNP-12ØM
120
12μH ± 20 %
335
1.00
03
CP4LBMNP-15ØM
150
15μH ± 20 %
305
1.10
04
CP4LBMNP-18ØM
180
18μH ± 20 %
280
1.30
05
CP4LBMNP-22ØM
220
22μH ± 20 %
275
1.50
06
CP4LBMNP-27ØM
270
27μH ± 20 %
255
1.60
07
CP4LBMNP-33ØM
330
33μH ± 20 %
245
1.80
08
CP4LBMNP-39ØM
390
39μH ± 20 %
225
2.00
09
CP4LBMNP-47ØM
470
47μH ± 20 %
220
2.20
10
CP4LBMNP-56ØM
560
56μH ± 20 %
210
2.50
11
CP4LBMNP-68ØM
680
68μH ± 20 %
185
3.00
12
CP4LBMNP-82ØM
820
82μH ± 20 %
165
3.60
13
CP4LBMNP-1Ø1M
101
100μH ± 20 %
130
6.40
14
CP4LBMNP-121M
121
120μH ± 20 %
120
7.70
15
CP4LBMNP-151M
151
150μH ± 20 %
115
8.70
16
CP4LBMNP-181M
181
180μH ± 20 %
110
9.50
17
CP4LBMNP-221M
221
220μH ± 20 %
100
10.50
18
CP4LBMNP-271M
271
270μH ± 20 %
95
12.20
19
CP4LBMNP-331M
331
330μH ± 20 %
85
14.00
20
CP4LBMNP-391M
391
390μH ± 20 %
75
16.10
21
CP4LBMNP-471M
471
470μH ± 20 %
70
19.60
22
CP4LBMNP-561M
561
560μH ± 20 %
60
22.00
※ Rated current: The DC current at which the inductance decreases by 90% of its initial value or
or when △t=40℃, whichever is lower(Ta=20℃).
Please refer to the sales offices on our website for a representative near you
www.sumida.com
2/2