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CSBX1265-5R8M

CODACA
Part Number CSBX1265-5R8M
Manufacturer CODACA
Description High Current Power Inductor
Published Mar 11, 2022
Detailed Description High Current Power Inductor CSBX1265 Series Outline: Special materials eliminate all thermal aging issues. Flat wire coi...
Datasheet PDF File CSBX1265-5R8M PDF File

CSBX1265-5R8M
CSBX1265-5R8M

Overview
High Current Power Inductor CSBX1265 Series Outline: Special materials eliminate all thermal aging issues.
Flat wire coil for low losses at high frequency Soft saturation makes them ideal for VDR/VRM applications Features： Core material: Composite Core and winding loss: See www.
codaca.
com/en/PowerInductorLossComparison Enviromental: RoHS, Reach compliant ,Halogen free Weight:4.
95 g Moisture Sensitivity:Level (MSL) 1 (unlimited floor life at <30°C / 85% relative humidity).
Operating temperature range: -55 +150 (including coil’s self temperature rise) Storage temperature range: -40 ～+150 Application： Rraphic cards/ industrial conputers.
DC /DC converters/Motherboards/Filter High current switching regulators/Polyphase-switching regulators 1 Electrical Characteristics 2 Product Dimensions (mm) Part No.
Inductance (μH) D.
C.
R.
(mΩ) Isat (A) Irms (A) 20% Typical Max Typical Typical CSBX1265-R20M CSBX1265-R47M CSBX1265-R85M CSBX1265-1R3M CSBX1265-2R0M CSBX1265-2R7M CSBX1265-3R6M CSBX1265-4R7M CSBX1265-5R8M CSBX1265-7R3M CSBX1265-9R2M CSBX1265-110M CSBX1265-130M CSBX1265-150M CSBX1265-180M CSBX1265-220M CSBX1265-270M CSBX1265-330M CSBX1265-390M CSBX1265-470M 0.
20 0.
32 0.
37 >110 36.
0 0.
47 0.
65 0.
75 90.
0 32.
0 0.
85 0.
90 1.
05 63.
0 26.
0 1.
30 1.
69 1.
95 50.
0 25.
0 2.
00 2.
25 2.
60 41.
0 23.
0 2.
70 3.
25 3.
75 35.
0 20.
0 3.
60 4.
20 4.
85 30.
0 17.
0 4.
70 5.
42 6.
25 27.
0 14.
0 5.
80 6.
93 7.
97 24.
0 12.
0 7.
30 5.
68 6.
50 18.
5 13.
0 9.
20 7.
24 8.
35 16.
3 12.
0 11.
0 8.
87 10.
2 15.
0 11.
0 13.
0 10.
2 11.
7 13.
5 10.
0 15.
0 12.
3 14.
1 12.
5 9.
00 18.
0 15.
2 17.
5 11.
2 8.
50 22.
0 18.
6 21.
5 10.
7 8.
00 27.
0 23.
9 27.
5 9.
50 6.
50 33.
0 26.
3 30.
3 8.
80 5.
50 39.
0 40.
3 46.
5 8.
00 4.
50 47.
0 54.
5 62.
7 7.
20 4.
00 All data is tested on 25 ambient temperature 1.
Inductance measure condition at 100kHz,0.
5V 2.
Isat:the actual value of DC current when the inductance decrease 30% of its initial value 3.
Irms:the actual value of DC current when the temperature rise is ΔT40 (Ta=25 ...


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