Name: Jantzen Audio Wax Coil 0,010 - 0,320mH 16AWG Wax Impregnated Copper Foil Audio Inductor
SKU: 24337
Availability: BackOrder

Jantzen Audio Wax Coil 0,010 – 0,320mH 16AWG Wax Impregnated Copper Foil Audio Inductor

Wax Impregnated Copper Foil Audio Inductor. The Wax Coil is our top-of-line foil inductor. The insulation used for Wax Coils consist of a specially produced paper type and then the whole coil is impregnated with a unique paraffin wax, especially developed for Jantzen Audio. Superior to natural waxes, our special paraffin wax ensures that there…

Inductance [mH]

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Description

PRODUCT FEATURES

The Wax Coil is a paraffin-wax impregnated foil-based inductor.

It is a high-performance foil inductor offering improved power handling and dynamic head room, compared to mainly single wire-based inductors, but also compared to litz multi-strand wire inductors.

The wax impregnation protects the copper foil and ensures the integrity of the windings for decades of high performance.

Using pure copper foil we have ensured a larger and better surface for electron travel and a great reduction in unwanted distortion.

The Wax Coil is a further development of the Cross Coil, using the wax impregnation to further improve our foil-based inductors.

TECHNICAL DATA

• Made from ETP (Electrolytic-Tough-Pitch) copper foil

• The copper foil is C11000 / IACS certified

• The coil is impregnated with a special paraffin wax

• Avaible in 8, 12, 14 and 16 AWG

• Inductance tolerance: +/- 2%

• DCR (coil resistance) tolerance: +/- 5%

• Insulation: Paper

• 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

List of values with data in separate columns

Additional information

Inductance [mH]

0,010mH +/-2% 0,03Ω +/-5% 16AWG OD31 H25, 0,020mH +/-2% 0,04Ω +/-5% 16AWG OD34 H25, 0,040mH +/-2% 0,07Ω +/-5% 16AWG OD38 H25, 0,050mH +/-2% 0,07Ω +/-5% 16AWG OD38 H25, 0,056mH +/-2% 0,07Ω +/-5% 16AWG OD39 H25, 0,060mH +/-2% 0,07Ω +/-5% 16AWG OD39 H25, 0,070mH +/-2% 0,08Ω +/-5% 16AWG OD40 H25, 0,080mH +/-2% 0,08Ω +/-5% 16AWG OD41 H25, 0,090mH +/-2% 0,09Ω +/-5% 16AWG OD42 H25, 0,100mH +/-2% 0,10Ω +/-5% 16AWG OD43 H25, 0,110mH +/-2% 0,11Ω +/-5% 16AWG OD44 H25, 0,120mH +/-2% 0,11Ω +/-5% 16AWG OD44 H25, 0,126mH +/-2% 0,11Ω +/-5% 16AWG OD45 H25, 0,130mH +/-2% 0,11Ω +/-5% 16AWG OD45 H25, 0,135mH +/-2% 0,12Ω +/-5% 16AWG OD46 H25, 0,140mH +/-2% 0,12Ω +/-5% 16AWG OD46 H25, 0,150mH +/-2% 0,12Ω +/-5% 16AWG OD47 H25, 0,160mH +/-2% 0,13Ω +/-5% 16AWG OD47 H25, 0,170mH +/-2% 0,13Ω +/-5% 16AWG OD48 H25, 0,180mH +/-2% 0,14Ω +/-5% 16AWG OD48 H25, 0,200mH +/-2% 0,15Ω +/-5% 16AWG OD50 H25, 0,205mH +/-2% 0,15Ω +/-5% 16AWG OD50 H25, 0,210mH +/-2% 0,15Ω +/-5% 16AWG OD50 H25, 0,215mH +/-2% 0,15Ω +/-5% 16AWG OD51 H25, 0,220mH +/-2% 0,15Ω +/-5% 16AWG OD51 H25, 0,225mH +/-2% 0,15Ω +/-5% 16AWG OD51 H25, 0,230mH +/-2% 0,16Ω +/-5% 16AWG OD52 H25, 0,240mH +/-2% 0,15Ω +/-5% 16AWG OD51 H25, 0,245mH +/-2% 0,15Ω +/-5% 16AWG OD52 H25, 0,250mH +/-2% 0,16Ω +/-5% 16AWG OD53 H25, 0,260mH +/-2% 0,16Ω +/-5% 16AWG OD53 H25, 0,270mH +/-2% 0,17Ω +/-5% 16AWG OD53 H25, 0,280mH +/-2% 0,17Ω +/-5% 16AWG OD54 H25, 0,300mH +/-2% 0,19Ω +/-5% 16AWG OD54 H25, 0,310mH +/-2% 0,19Ω +/-5% 16AWG OD54 H25, 0,320mH +/-2% 0,19Ω +/-5% 16AWG OD54 H25