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DH63LCB

TOKO
Part Number DH63LCB
Manufacturer TOKO
Description High Reliability Fixed Inductors
Published Jun 6, 2016
Detailed Description High Reliability Fixed Inductors for Surface Mounting DH63LCB Inductance Range: 1.2~150μH DIMENSIONS Recommended patte...
Datasheet PDF File DH63LCB PDF File

DH63LCB
DH63LCB

Overview
High Reliability Fixed Inductors for Surface Mounting DH63LCB Inductance Range: 1.
2~150μH DIMENSIONS Recommended patterns 2.
6 (Unit: mm) 4.
6 6.
6 (Unit: mm) FEATURES • High reliability for vehicle application.
• Operating temperature range : –55°C~+125°C • Low profile (6.
2 × 6.
3mm Max.
square, 3.
0mm Max.
height).
• Magnetically shielded construction and low DC resistance.
• Suitable for large currents.
• Ideal for a variety of DC-DC converter inductor applications.
• RoHS compliant.
• • • • • • • RoHS –55°C +125°C (6.
2 × 6.
3mm Max.
DC-DC 3.
0mm Max.
) SELECTION GUIDE FOR STANDARD COILS TYPE DH63LCB (With Ferrite Shield) (1) TOKO Part Number A1006AYW-1R2M A1006AYW-2R4M A1006AYW-3R0M A1006AYW-4R7M A1006AYW-7R5M A1006AYW-100M A1006AYW-150M A1006AYW-220M A1006AYW-330M A1006AYW-470M A1006AYW-680M A1006AYW-101M A1006AYW-151M Inductance(1) L (μH) 1.
2 2.
4 3.
0 4.
7 7.
5 10.
0 15.
0 22.
0 33.
0 47.
0 68.
0 100.
0 150.
0 Tolerance (%) ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ± 20 ( (2) DC Resistance(2) (mΩ) Max.
20 24 28 37 51 71 105 145 220 340 460 640 1070 ) (Quantity/reel; 1,500 PCS) (3) (3) Inductance Decrease Current(3) (A) Max.
ΔL L =30% 2.
40 1.
90 1.
60 1.
30 1.
00 0.
88 0.
69 0.
57 0.
47 0.
39 0.
32 0.
27 0.
21 Temperature Rise Current(3) ΔT=20°C (A) Max.
3.
20 2.
70 2.
40 2.
00 1.
70 1.
30 1.
10 0.
90 0.
70 0.
57 0.
46 0.
38 0.
29 (1) Inductance is measured with a LCR meter 4284A (Agilent Technologies) or equivalent.
Test frequency at 100kHz (2) DC Resistance is measured with a Digital Multimeter TR6871 (Advantest) or equivalent.
(3) Maximum allowable DC current is that which inductance decrease current, or temperature rise current, whichever is smaller.
Inductance decrease current : The inductance value decreases 30% by the excitation of DC current.
(reference ambient temperature 125°C) Temperature rise current : The temperature rises 20°C by excitation of DC current.
(reference ambient temperature 20°C) (1) (2) (3) 30% LCR 100kHz 4284A(Agilent Te...


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