Sumida CDPH64 Power inductor Datasheet

POWER INDUCTORS <SMD Type: CDPH Series>
Type: CDPH64
◆ Product Description
・6.9×6.2mm Max. (L×W), 5.0mm Max. height
・Inductance range: 10~390μH
・Rated Current Range : 0.2~1.32A
・In addition to the standard versions of inductors shown here, custom inductors are available
to meet your exact requirement
◆ Feature
・Magnetically shielded construction.
・Ideally Used in Notebook PC,DVD,LCD TV, Game machine, STB etc as DC-DC Converter
inductors.
・RoHS Compliance
◆ Dimensions (mm)
1.5±0.2
0.1
4.6
6.6 ±0.3
Ma x.5.0
5.9 ±0.3
6.6 ±0.3
5.9 ±0.3
Electrode
◆ Land Pattern (mm)
7.4
4.6
1.4
1.9
Part of silk screen
Please refer to the sales offices on our website for a representative near you
www.sumida.com
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POWER INDUCTORS <SMD Type: CDPH Series>
Type: CDPH64
◆ Specification
Part Name
※
Stamp
CDPH64NP-1ØØN□
100
CDPH64NP-12ØN□
120
CDPH64NP-15ØN□
150
CDPH64NP-18ØN□
180
CDPH64NP-22ØN□
220
CDPH64NP-27ØN□
270
CDPH64NP-33ØN□
330
CDPH64NP-39ØN□
390
CDPH64NP-47ØN□
470
CDPH64NP-56ØN□
560
CDPH64NP-68ØN□
680
CDPH64NP-82ØN□
820
CDPH64NP-1Ø1N□
101
CDPH64NP-121N□
121
CDPH64NP-151N□
151
CDPH64NP-181N□
181
CDPH64NP-221N□
221
CDPH64NP-271N□
271
CDPH64NP-331N□
331
CDPH64NP-391N□
391
Inductance
[within]
1kHz/1V
+ 25
10μH - 20 %
+ 25
12μH - 20 %
+ 25
15μH - 20 %
+ 25
18μH - 20 %
+ 25
22μH - 20 %
+ 25
27μH - 20 %
+ 25
33μH - 20 %
+ 25
39μH - 20 %
+ 25
47μH - 20 %
+ 25
56μH - 20 %
+ 25
68μH - 20 %
+ 25
82μH - 20 %
+ 25
100μH - 20 %
+ 25
120μH - 20 %
+ 25
150μH - 20 %
+ 25
180μH - 20 %
+ 25
220μH - 20 %
+ 25
270μH - 20 %
+ 25
330μH - 20 %
+ 25
390μH - 20 %
D.C.R.(Ω)
Max.(Typ.)
(at 20℃)
Rated current
(A)
※1
0.12(89m)
1.32
0.13(98m)
1.16
0.14(0.11)
1.09
0.15(0.12)
1.00
0.18(0.14)
0.92
0.24(0.18)
0.82
0.27(0.21)
0.73
0.31(0.24)
0.67
0.38(0.29)
0.61
0.44(0.34)
0.58
0.49(0.37)
0.50
0.59(0.45)
0.46
0.66(0.51)
0.38
0.73(0.56)
0.37
1.27(0.98)
0.34
1.42(1.09)
0.30
1.52(1.17)
0.27
2.30(1.77)
0.25
2.62(2.02)
0.22
2.88(2.21)
0.20
※ Description of part name
CDPH64NP-1ØØN□
B Box
C Carrier Tape
※1 Rated current: The DC current at which the
inductance decreases to75% of it's nominal value
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
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