Document
POWER INDUCTORS
Type: CDEP145
◆ Product Description
・14.9×14.9mm Max. (L×W), 6.0mm Max. height ・Standard type and High Power Type are available. ・Inductance range : 0.68~6.1μH(Standard type ); 0.56~5.0μH (High Power type). ・Saturation Current range: 10.4~30.0A(Standard type ) ;13.1~36.0A (High Power type).
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・Temperature rise current range: 9.5~23A your exact requirements.
・In addition to the standards versions shown here, custom inductors are also available to meet
◆ Feature
・Super high current inductors. ・Mn-Zn core used, Flat wire used. ・Ideally used in portable computer CPU power supply. ・RoHS Compliance
◆ Dimensions (mm)
14. 5 ±0 .4 MAX. 6.0 10. 2 ±0. 2
2 .6 ± 0 . 2 2 . 6 ± 0. 2 9 . 0 ±0 . 2
1 4 . 5 ±0 . 4
③
①
◆ Land Pattern (mm)
◆ Schematics (Bottom)
②
12.0 2.8 6.0
③ ①
10.2 15.5
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2 . 5 ± 0. 2
②
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POWER INDUCTORS
Type: CDEP145
◆ Specification
1.Standard Type Inductance [Within] 100kHz/1V 0.68μH±20% 1.5μH±20% 2.7μH±20% 4.2μH±20% 6.1μH±20% D.C.R. (mΩ) Max.(Typ.) (at 20℃) 1.7(1.4) 3.0(2.5) 4.6(3.8) 7.4(6.2) 10.8(9.0) Saturation Current (A)※1 (at 20℃) 30.0 19.8 15.2 12.3 10.4 (at100℃) 25.6 17.0 13.0 10.6 8.8 Temperature Rise current (A) ※2 23.0 19.5 15.0 12.0 9.5
Part Name ※
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Stamp
CDEP145NP-ØR6M□-17Ø CDEP145NP-1R5M□-17Ø CDEP145NP-2R7M□-17Ø CDEP145NP-4R2M□-17Ø CDEP145NP-6R1M□-17Ø 2.High Power Type
0R6M 1R5M 2R7M 4R2M 6R1M
Part Name ※
Stamp
Inductance [Within] 100kHz/1V 0.56μH±20% 1.2μH±20% 2.2μH±20% 3.5μH±20% 5.0μH±20%
D.C.R. (mΩ) Max.(Typ.) (at 20℃) 1.7(1.4) 3.0(2.5) 4.6(3.8) 7.4(6.2) 10.8(9.0)
Saturation Current (A)※1 (at 20℃) 36.0 25.0 19.2 15.4 13.1 (at100℃) 31.2 20.8 16.0 13.0 10.8
Temperature Rise current (A) ※2 23.0 19.5 15.0 12.0 9.5
CDEP145NP-ØR5M□-14Ø CDEP145NP-1R2M□-14Ø CDEP145NP-2R2M□-14Ø CDEP145NP-3R5M□-14Ø CDEP145NP-5RØM□-14Ø
0R5M 1R2M 2R2M 3R5M 5R0M
※ Description of part name
CDEP145NP-ØR6M□-17Ø B Box C Carrier Tape
※1.Saturation Current: The DC current at which the inductance decreases to 75% of it's nominal value ※2 Temperature rise current:The DC current at which the temperature rise is △t=40℃.(Ta=20℃)
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