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CDEIR18D88MENP-5R6MC

Sumida
Part Number CDEIR18D88MENP-5R6MC
Manufacturer Sumida
Description SMD Power Inductor
Published Aug 24, 2016
Detailed Description SMD Power Inductor CDEIR18D88ME RoHS Dimension - [mm] A B 4.0± 1.0 8.0± 1.0 Dimension Inductance μ2.6~3.3 H μ4.5~10...
Datasheet PDF File CDEIR18D88MENP-5R6MC PDF File

CDEIR18D88MENP-5R6MC
CDEIR18D88MENP-5R6MC


Overview
SMD Power Inductor CDEIR18D88ME RoHS Dimension - [mm] A B 4.
0± 1.
0 8.
0± 1.
0 Dimension Inductance μ2.
6~3.
3 H μ4.
5~10.
0 H A (Length) 19.
0±1.
0 18.
3±1.
0 B (Height) 9.
0±0.
4 8.
8±0.
4 Land pattern and Schematics - [mm] Description • Metal alloy core construction.
× × × ×• Magnetically shielded.
• L W H: 20.
0 18.
7 9.
4mm Max.
• Product weight : 14.
9 g(Ref.
) • Moisture Sensitivity Level: 1 • RoHS compliance.
℃~ ℃Environmental Data • Operating temperature range: -40 +125 (including coil’s self temperature rise) ℃~ ℃• Storage temperature range: -40 +105 ℃• Solder reflow temperature: 260 peak.
Packaging • Carrier tape and reel packaging.
• 13.
0”diameter reel • 150pcs per reel Applications • Ideally used in Notebook, PDA, Communication equipment and other high current application .
SF 18.
0± 0.
7 3.
0± 0.
5 Page 1 of 3 Revised: 4-Jan-16 SMD Power Inductor CDEIR18D88ME Electrical Characteristics Part No.
Stamp CDEIR18D88MENP-2R6MC CDEIR18D88MENP-3R3MC CDEIR18D88MENP-4R5MC CDEIR18D88MENP-5R6MC CDEIR18D88MENP-6R8MC CDEIR18D88MENP-100MC 2R6 3R3 4R5 5R6 6R8 100 Inductance (μH) ][Within ※1 ± %2.
6 20 ± %3.
3 20 ± %4.
5 20 ± %5.
6 20 ± %6.
8 20 ± %10.
0 20 ΩD.
C.
R.
(m ) ℃Max.
(Typ.
) (at 20 ) 1.
9 (1.
6) 2.
4 (2.
0) 3.
5 (2.
9) 4.
0 (3.
3) 4.
0 (3.
3) 7.
0 (5.
8) Saturation Current 1 (A) Typ.
℃(at 20 ) ※2 30.
0 30.
0 28.
0 25.
0 19.
0 15.
0 Saturation Current 2 (A) Typ.
℃(at 20 ) ※3 45.
0 45.
0 40.
0 38.
0 28.
0 22.
0 Temperature Rise Current (A) ※Typ.
4 28.
0 25.
0 21.
0 19.
0 19.
0 15.
0 ※1 Measuring condition at 100kHz 1V.
※2 Saturation current: The actual value of DC current when the inductance decreases to 82% of its nominal value.
※3 Saturation current: The actual value of DC current when the inductance decreases to 70% of its nominal value.
※ △ ℃ = ℃4 Temperature rise current: The actual value of DC current when the temperature rise is T=50 (Ta 20 ).
Saturation Current & Temperature Rise Graph ℃L (20 ) △T 1.
CDEIR18D88MENP-2R6MC μ △ ℃L ( H) T( ) 6 60 μ △ ℃2.
CDEIR18D88MENP-3R3MC L ( H...



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