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Pure Copper Foil Audio Inductor. The Cross Coil has been developed in cooperation with Audio Technology (Denmark), who produces high-end drivers of impeccable quality. When using foil instead of wire for inductors, the enlarged surface will make for a much higher rate of electron travel. The benefits from using foil inductors comes in the form…
PRODUCT FEATURE
The Cross Coil was developed in cooperation with Mr. Per Skaaning from Audio Technology™ (Denmark).
It is a high-performance foil inductor offering improved power handling and dynamic head room.
Using pure copper foil, we have insured a better surface for electron travel, a better distortion reduction, a higher power handling and improved dynamic headroom, compared to wire-based inductors.
The coil is wrapped in clear shrink foil to protect the outer layer of foil and to help maintain the integrity of the windings.
We know that with rising frequency, the electrons will move towards the surface. This Phenomenon is known as power distortion. Therefore, we need as large a surface as we can get, to prevent the electrons from getting “squeezed” on their path to the surface.
TECHNICAL DATA
• Made from ETP (Electrolytic-Tough-Pitch) copper foil
• The copper foil is C11000 / IACS certified
• Available in 8, 12, 14 and 16 AWG
• Inductance tolerance: +/- 2%
• DCR (coil resistance) tolerance: +/- 5%
• Insulation: Polypropylene shrink foil (clear)
• Estimated maximum power handling:
16 AWG – approx. 350 watts RMS
14 AWG – approx. 500 watts RMS
12 AWG – approx. 650 watts RMS
8 AWG – approx. 850 watts RMS
Inductance [mH] | 0,650mH +/-2% 0,28Ω +/-5% 16AWG OD59 H27, 0,670mH +/-2% 0,28Ω +/-5% 16AWG OD60 H27, 0,680mH +/-2% 0,29Ω +/-5% 16AWG OD60 H27, 0,690mH +/-2% 0,29Ω +/-5% 16AWG OD60 H27, 0,700mH +/-2% 0,30Ω +/-5% 16AWG OD61 H27, 0,750mH +/-2% 0,30Ω +/-5% 16AWG OD62 H27, 0,800mH +/-2% 0,32Ω +/-5% 16AWG OD62 H27, 0,820mH +/-2% 0,32Ω +/-5% 16AWG OD62 H27, 0,830mH +/-2% 0,32Ω +/-5% 16AWG OD63 H27, 0,850mH +/-2% 0,33Ω +/-5% 16AWG OD63 H27, 0,860mH +/-2% 0,33Ω +/-5% 16AWG OD63 H27, 0,870mH +/-2% 0,33Ω +/-5% 16AWG OD63 H27, 0,900mH +/-2% 0,34Ω +/-5% 16AWG OD63 H27, 0,910mH +/-2% 0,34Ω +/-5% 16AWG OD65 H27, 0,920mH +/-2% 0,34Ω +/-5% 16AWG OD65 H27, 0,950mH +/-2% 0,35Ω +/-5% 16AWG OD66 H27, 1,000mH +/-2% 0,37Ω +/-5% 16AWG OD65 H27, 1,050mH +/-2% 0,38Ω +/-5% 16AWG OD68 H27, 1,100mH +/-2% 0,38Ω +/-5% 16AWG OD68 H27, 1,200mH +/-2% 0,40Ω +/-5% 16AWG OD69 H27, 1,250mH +/-2% 0,40Ω +/-5% 16AWG OD70 H27, 1,270mH +/-2% 0,41Ω +/-5% 16AWG OD71 H27, 1,300mH +/-2% 0,42Ω +/-5% 16AWG OD71 H27, 1,330mH +/-2% 0,43Ω +/-5% 16AWG OD71 H27, 1,350mH +/-2% 0,44Ω +/-5% 16AWG OD72 H27, 1,380mH +/-2% 0,45Ω +/-5% 16AWG OD71 H27, 1,400mH +/-2% 0,45Ω +/-5% 16AWG OD72 H27, 1,500mH +/-2% 0,46Ω +/-5% 16AWG OD73 H27, 1,600mH +/-2% 0,49Ω +/-5% 16AWG OD74 H27, 1,620mH +/-2% 0,50Ω +/-5% 16AWG OD75 H27, 1,700mH +/-2% 0,51Ω +/-5% 16AWG OD76 H27, 1,800mH +/-2% 0,52Ω +/-5% 16AWG OD77 H27, 2,000mH +/-2% 0,53Ω +/-5% 16AWG OD79 H27, 2,100mH +/-2% 0,56Ω +/-5% 16AWG OD81 H27, 2,200mH +/-2% 0,56Ω +/-5% 16AWG OD81 H27, 2,300mH +/-2% 0,59Ω +/-5% 16AWG OD82 H27, 2,400mH +/-2% 0,60Ω +/-5% 16AWG OD83 H27, 2,500mH +/-2% 0,61Ω +/-5% 16AWG OD85 H27, 2,600mH +/-2% 0,63Ω +/-5% 16AWG OD85 H27 |
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