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CSBA1275

◾ Low core loss in high frequency application and  suitable for GaN power solution.
◾ Magnetic shielded structure: excellent resistance to electro magnetic interference(EMI).
◾ Flat wire winding, achieve a low DC resistance.
◾ Lightweight design, save space, suitable for high density SMT.
◾ Operating temperature : -55℃ ~ +150℃ (Including coil's temperature rise).

Introduction

CSBA1275.png

Electrical Characteristics

Part No. Inductance (μH) DCR Typ (mΩ) Isat (A) Irms (A) Working (℃) Length (mm) Width (mm) Height (mm) Mounting Shield Core material AEC Grade
CSBA1275-R95M 0.95 0.84 50.00 34.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-1R5M 1.50 1.40 40.00 28.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-2R3M 2.30 2.10 34.00 24.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-3R2M 3.20 2.70 29.00 21.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-4R2M 4.20 3.68 25.00 18.50 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-5R4M 5.40 4.60 22.00 16.50 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-6R8M 6.80 6.05 20.00 14.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-8R2M 8.20  7.03 18.00 13.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-100M 10.00 8.77 16.00 12.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-120M 12.00 10.20 15.00 11.00 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-180M 18.00 15.50 12.00 8.50 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-230M 23.00 23.00 10.60 7.50 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-280M 28.00 28.30 9.50 6.50 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-320M 32.00 29.70 9.00 6.30 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-380M 38.00 40.00 8.20 5.40 -55~150 14.00  12.80  7.30  SMD Y Composite N
CSBA1275-450M 45.00 51.30 7.50 4.80 -55~150 14.00  12.80  7.30  SMD Y Composite N

Sample Apply

Application

◾ Industrial conputers
◾ DC-DC converters
◾ High current switching regulators

Notes

◾ All data is tested based on 25℃ ambient temperature.
◾ Inductance measure condition at 100kHz, 0.5V.
◾ Saturation current:the actual value of DC current when the inductance decrease 30% of its initial value.
◾ Temperature rise current:the actual value of DC current when the temperature rise is ΔT50℃(Ta=25℃).
◾ Special remind:Circuit design, component placement, PCB size and thickness, cooling system and etc.
◾ All will affect the product temperature. Please verify the product temperature in the final application.

Save

◾ Product in packing storage condition : temperature 5~40℃, RH≤70%.
◾ If taking out for use, the remaining products should be sealed in plastic bags and preserved in accordance with the above conditions, to avoid oxidation of terminals (electrodes), affecting soldering status.
◾ A storage of Codaca Electronic products for longer than 12 months is not recommended within other effects, the terminals may suffer degradation, resulting in bad solderability. Therefore, all products shall be used within the period of 12 months based on the day of shipment.
◾ Do not keep products in unsuitable storage conditions, such as areas susceptible to high temperatures, high humidity, dust or corrosion.
◾ Always handle products with care.
◾ Don't touch electrodes directly with bare hands as oil secretions may inhibit soldering.
◾ Always ensure optimum conditions for soldering.

Datasheet Download:CgAGbGWqPgiAQlC1AAADVOoCqV4036(995fb7d5d4).pngCSBA1275.pdf

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