Hot2R2 High Current SMD Power Inductor Flat Wire Wound Iron Core Inductor for DC-DC Converters
● Inductance 2.2µH, typical tolerance ±20%: Marked 2R2 on top for easy identification.
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High-Efficiency Drum Core SMD Power Inductor for DC-DC Converters
Designed to handle high currents while maintaining a compact footprint, ideal for modern DC-DC converter applications.
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Industrial-Grade Air Core Inductor Coil, 86 x 30.5 x 14 mm Rectangular Hollow Winding, Litz Copper Wire, Tab or Lead Wire Terminals
Industrial-grade rectangular air core inductor coil for microwave oven equipment, approximately 86 × 30.5 × 14 mm, wound with litz copper wire, available with tab or insulated lead wire terminals. Wire gauge, number of turns, inductance, DC resistance, and current rating can be customized to meet microwave oven project requirements.
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Shielded High-Current Class D Amplifier Inductor 3R3
Strong magnetic shielding: Encased in a heavy-duty shielded core structure, effectively suppressing electromagnetic interference (EMI) and preventing magnetic coupling with adjacent components in dense PCB layouts.
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ZXY High Current Ferrite Rod Inductor Through-Hole Choke Coil
Automotive electronic modules (on-board charger and BCM): Integrated into DC-DC buck-boost converter circuit boards for high-power USB fast-charging car mounts and body control modules.
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ZXY Flat Air Core Inductor Coil - 0.16 mm Enamelled Copper Wire, 289 Turns | 20.2 x 12.6 x 3.5 mm | 15.6 mm Inner Length | Wireless Power, RFID, SMT
ZXY flat air-core inductor coil wound from 0.16 mm enamelled copper wire, 289 turns in a flat, hollow single-layer winding of 20.2 x 12.6 mm outside and 3.5 mm thickness. The 15.6 x 7.36 mm open centre takes a core, a sensing target or nothing at all
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Flat Air Core Inductor Coil, 289 Turns of 0.16 mm Enameled Copper Wire, 20.2 x 12.6 x 3.5 mm, Hollow Rectangular Winding
This is a flat air core inductor coil: a hollow rectangular winding of 289 turns, wound with 0.16 mm enameled copper wire in tight layers, with the two ends stripped and tinned. There is no core in the window, so the inductance comes from the winding
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