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Price

€0.00 - €9,480.00

Inductance (mH)

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0 - 46

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Yes
(4708)

Coils

The sound characteristics of a coil are not only determined by the coil core and the manufacturing quality but also by the wire type used. In order to be able to offer you the right coil for each application we use three types of wires made of three materials of highest purity. OFC copper Coils that use oxygen-free copper (99.997% purity) as conductor material are characterised by a harmonic, stereophonic reproduction of music, rich in detail, and an excellent price/performance ratio. Pure silver Due to their ability to reproduce voices and instruments in a more dynamic, detailed, spatial manner and with more timbres compared to copper coils, silver coils of highest purity (type 99.99%) are highly appreciated and preferred by a number of audio enthusiasts. SilverGold 99% silver + 1% gold = 100% music. This does not only add up for capacitors such as the MCap® SUPREME SilverGold.Oil and audio cables, but also for coils. The high-purity gold (type 99.99%) changes the crystalline structure of silver and maximises its very good electric conductivity. Instruments and voices unfold their full range of timbres and their character is illuminated and becomes perceivable in all shades. On the one hand `crystal clear,´ the reproduction is at the same time vibrant and warm, embedded in a finely differentiated, location-true image. Purity and fine elegance combined with a vibrant character distinguish this exquisite material from all others! SolidCore wires The reproduction of music by coils made of solid round wires (also referred to as SolidCore) excels by natural vibrancy and fineness as well as highest tonal neutrality. Another benefit of round wire coils are their highly compact dimensions. Like all Mundorf coils, they are wound and mounted by hand with highest accuracy and precision using special machines in Germany. OFC standard is the most cost-efficient, audio-compatible coil wire and available in diameters from 0.50 to 3.90mm. Coils made of this material, however, do not have an additional coil fixation and thus have a disadvantage with respect to sound compared to all other coil types manufactured by Mundorf: This is because electric current passing through a coil will always cause a vibration of the entire winding. Due to the microphonic effect (the conversion of mechanical oscillations to electric oscillations) these mechanical oscillations are added to the original signal as additional information. This results in an interference with and an alienation of the details of the original signal. On the one hand, this results in a loss of spatial quality and transparency of the music and on the other hand in an increase of distortions and tonal discolorations of the signal. This physically induced unwanted effect, however, can be eliminated completely by the use of baked varnish wire or by means of vacuum impregnation. Baked varnish coils have a special, solid OFC round wire with an additional layer of varnish. After the coil has been wound, it is heated up by means of an electric impulse causing the additional layer to melt. When cooling down, the individual windings are firmly bonded together by the baked varnish and are thus prevented from vibrating and the original signal remains uncorrupted. Unfortunately, self-bonding wires are only available in diameters from 0.50 to 1.40mm. Vacuum impregnation is another procedure, equally effective as heat bonding, which we offer for coils with larger wire diameters (2.00 to 3.90mm). In vacuum impregnation, the coil is first impregnated with a special lacquer up to the innermost windings under vacuum. Subsequently, the impregnated coil is dried at 130° Celsius. Thus the whole coil is baked into a very solid unit.

Subcategories

Mundorf M-Coil

MCoil Air Coils made from massive copper round-wire have been specially developed for high quality loudspeakers, which focus on achieving an utmost natural, detailed and acoustically balanced music performance. The acoustical properties of the L series can yet be significantly enhanced by applying Baked Wire Treatment - on air coils using wires with a larger cross-section - by Vacuum Impregnation. Baked Wire Treatment coils are listed as BL in the following table. Vacuum impregnated coils are marked VL. Technical specifications: OFC-Copper 99.99% Coil form: PA, fibre-glass reinforced Coil body heat resistant up to max. 230°C/446°F
Mundorf M-Coil BV
Mundorf M-Coil VL

MCoil Air Coils made from massive copper round-wire have been specially developed for high quality loudspeakers, which focus on achieving an utmost natural, detailed and acoustically balanced music performance. The acoustical properties of the L series can yet be significantly enhanced by applying Baked Wire Treatment - on air coils using wires with a larger cross-section - by Vacuum Impregnation. Baked Wire Treatment coils are listed as BL in the following table. Vacuum impregnated coils are marked VL. Technical specifications: OFC-Copper 99.99% Coil form: PA, fibre-glass reinforced Coil body heat resistant up to max. 230°C/446°F
Mundorf MCoil VNCU ZeroOhm (resin-soaked)

Mundorf MCoil VNCU ZeroOhm (resin-soaked)
Mundorf M-Coil LL Hepta Strand

MCoil Hepta Strand coils unite the tonal clarity. beauty and distortion-free performance of air core coils with the stereophonic spaciousness of tightly-wound coils. alongside the harmonious-warmth and splendid brightness of strand copper wire.

They are therefore the first choice for high quality high and mid frequency applications which focus on a finely detailed. utmost refined musical fidelity performed within a truly holographic life-like staging.
Mundorf M-Coil CF
Mundorf M-Coil transformer-core
Mundorf M-Coil CF transformer-core
Mundorf M-Coil BV transformer-core
MCoil VT transformer-core vacuum impregnated
Mundorf M-Coil CF i-core
Mundorf M-Coil BV i-core
Mundorf M-Coil drum-core

FERRIT Core Coils

MCoil Drum core

MCoil Drum-Core coils made from oxygenfree copper (OFC) round-wire have been developed for mid, low and parallel applications for which compact dimensions, a low basic distortion level as well as the lowest possible internal resistance and a reasonable value for money ratio are of key importance.

The tonal quality of these coils is a convincing blend of the typical harmoniously-neutral sound of solid core copper round-wire and the natural vitality and enhanced tonal dynamic of HP3616.

The fine properties of the H series can be further improved by applying Baked Wire Treatment as introduced with BH series.

Specifications:
Core material: HP 3616
OFC-Copper 99.997%
Mundorf M-Coil drum-core BV

FERRIT Core Coils

MCoil Drum core

MCoil Drum-Core coils made from oxygenfree copper (OFC) round-wire have been developed for mid, low and parallel applications for which compact dimensions, a low basic distortion level as well as the lowest possible internal resistance and a reasonable value for money ratio are of key importance.

The tonal quality of these coils is a convincing blend of the typical harmoniously-neutral sound of solid core copper round-wire and the natural vitality and enhanced tonal dynamic of HP3616.

The fine properties of the H series can be further improved by applying Baked Wire Treatment as introduced with BH series.

Specifications:
Core material: HP 3616
OFC-Copper 99.997%
Mundorf M-Coil pin-core
Mundorf M-Coil rod-core

ARONIT Core coils

MCoil Rod core coils

Aronit cores (also known as P cores) consist of high-density metal-ceramics-powder. The German- made Wicon ferrite rods produce extremely low distortion, even at very high loadings. Due to their highly compact dimensions, their low internal resistance and their excellent price/performance ratio they are particularly suitable as bass and subwoofer coils and for PA applications.

MCoil Rod core coils combine the balanced, detailed and dynamic tone colour of OFC round wire with the low output distortions and internal resistance of Aronit cores. They are therefore an excellent choice for good value and compact yet high-capacity middle-low and low frequency coils, including for PA applications. The great features of line A as well as the transparent and undistorted music reproduction can be enhanced even further in line BA by using self-bonding wire.

Technical specifications:
Core material: ARONIT
OFC-Copper 99.99%
Coil form: PA, fibre-glass reinforced
Coil body heat resistant up to max. 230°C/446°F
Mundorf M-Coil BV rod-core
Mundorf M-Coil CF rod-core
Mundorf M-Coil zero-ohm
Mundorf M-Coil CF silver
Mundorf M-Coil silver/gold
Jantzen Air Cored Wire Coil

High-purity copper wire baked in perfect shape to create a distortion-free inductor, for all audio applications.

Modern self-supporting design, low tolerance (+/-3%) and power handling dependent on the wire used, makes it the most versatile coil on the market.

Description: Enamellled copper wire solderable with self-bonding topcoat, class 155, acc to IEC 60317-35, DIN EN 60317-3

Production range: Grade 1B 0.30 0.40 0.50 0.63 0.70 0.80 1.00 1.20 1.40 1.60 1.80 mm

Insulation: Polyurethane with aliphatic polyamide bondcoat

Features: Temperature index of 155, solderability at 390°C without removing the enamel coating, bonded under action of heat

Applications: Used for self supporting coils, windings for deflection yokes, watchmaking, loudspeaker coils, small motors

Typical values for FLS 155 dia 1,00 mm Grade 1B, testing according to IEC 60851.1...6

Mechanical properties:

Flexibility: 10% 1 d

Elongation: ³30 %

Thermal properties:

Temperature index: 155

Cut through: ³ 200°C

Heat shock at 175°C: 1xd

Bonding temperature: 170-200°C

Resoftening temperature: 155°C

Electrical properties:

Breakdown voltage: > 1,5 IEC

Tangent delta /TD 300/: ³ 140

Chemical properties:

Solderability at 390°C: 8 s
Jantzen Audio Wax Coil

This product has been revived through cooperation with our audio partners.

The insulation used for Wax Coils is a special 60 μm quality paper. The coil is wound with the same 99,99% pure copper foil, also used for Cross Coils. Each coil is impregnated with a polymolecular paraffin Wax, making the coil hard as a rock! Each coil is tested with Clio system.

Tolerance +/-2%
Wax Coils are available in the following sizes:
16AWG - 1,33 mm2 , coil height 24 mm
14 AWG - 2.10 mm2, coil height 36 mm
12 AWG - 3,29 mm2, coil height 54 mm
8 AWG – 8,46mm, coil height 54mm

Wax Coil 16 AWG sustains 350 Watts RMS
Wax Coil 14 AWG sustains 500 Watts RMS
Wax Coil 12 AWG sustains 650 Watts RMS
Jantzen Iron Cored Coils With Discs

High-purity copper wire wound around a Permite core (or core + discs), for a high inductance at the lowest cost.

Extremely low DCR which does not alter driver damping factor and loss of efficiency.

The Permite material provides significant lower hysteresis compared to coils with ferrite cores, at the same time delivering higher power handling than the ferrite ones.

Recommended for bass section only.

Power handling 400 watts RMS.

About baked wire used for Jantzen Induction coils:

Description: Enamellled copper wire solderable with self-bonding topcoat, class 155, acc to IEC 60317-35, DIN EN 60317-3

Production range: Grade 1B 0.30 0.40 0.50 0.63 0.70 0.80 1.00 1.20 1.40 1.60 1.80 mm

Insulation: Polyurethane with aliphatic polyamide bondcoat

Features: Temperature index of 155, solderability at 390°C without removing the enamel coating, bonded under action of heat

Applications: Used for self supporting coils, windings for deflection yokes, watchmaking, loudspeaker coils, small motors

Typical values for FLS 155 dia 1,00 mm Grade 1B, testing according to IEC 60851.1...6

Mechanical properties:

Flexibility: 10% 1 d

Elongation: ³30 %

Thermal properties:

Temperature index: 155

Cut through: ³ 200°C

Heat shock at 175°C: 1xd

Bonding temperature: 170-200°C

Resoftening temperature: 155°C

Electrical properties:

Breakdown voltage: > 1,5 IEC

Tangent delta /TD 300/: ³ 140

Chemical properties:

Solderability at 390°C: 8 s
Jantzen C-Coil - Toroidal Core

C-Coil is wound around a sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated.

The core is formed like a donut with a round cross section, and it is wound from one long piece of laminated steel tape.
The surface of the core is epoxy coated to secure against short circuit even at a very high load.

We have tested the inductor with a carrying load of 1000 Watt, and it lasted and stood up well.
It can stand upto 700 Watt per 48 hrs in one go.

We are very satisfied with the result.
The C-Coil is designed for Bass, Sub-Woofer and Amplifiers, in different core and wire sizes.

Please note!

The C-Coil cannot be measured using a universal LC meter. Due to the characteristics of the core and winding method, it is important to use a professional RLC meter. We measure all C-Coils before shipping them using a professional RCL meter at AC 1 V 1 kHz.
Jantzen Audio Cross Coil

The Cross Coil has been developed in cooperation with Audio Technology, Denmark, producing high-end drivers for the world market.

No chain is stronger than its weakest link. This is especially so when we speak of loudspeakers, where there is often a cost reduction for crossover inductors. The result is distortion and power loss.

High-end loudspeaker producers overcome this problem by using foil coils, where the copper is flat instead of round.

Cross Coils are available in 12, 14 and 16 AWG.

On special request we can also offer Cross Coils in 8 AWG
Jantzen Audio Iron Coil

High-purity copper wire wound around a Permite core, for a high inductance at the lowest cost.

Extremely low DCR which does not alter driver damping factor and loss of efficiency.

The Permite material provides significant lower hysteresis compared to coils with ferrite cores, at the same time delivering higher power handling than the ferrite ones.

Recommended for bass section only.

Power handling 400 watts RMS.

Sorted by mH
Jantzen Audio Litz Wire Wax Coil

Jantzen Audio Litz Wire Wax Coil

The Litz Wire Wax Coil offers reduced skin effect and lowered resistance, compared to conventional wire based inductors, which in turn offers more dynamic head room and clearer sound.

We have impregnated our Litz Wire Coils in the same high quality wax used for the Wax Coil.

Making the Litz Wire Coils wax impregnated offers a much firmer coil and secures the windings in place (eliminating microphonic effect).
Mundorf MCoil VLCU

MCoil VLCU Paper Copper Film Inductors. Ultra-soft Abacá Esparto special paper as a dielectric medium dip-impregnated with viscoplastic insulation resin.

High mechanical damping of the coil-vibrations. Almost free of microphonic effect, even without a housing. Extremely calm acoustic pattern and the finest micro-dynamics.
Mundorf MCoil VSCU

Copper Foil Paper
Mundorf MCoil VS iCore (resin-soaked)

Mundorf MCoil iCore (resin-soaked)

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Coil Mundorf M-Coil 0,81mm,² · AWG 18 | 1,02mm, CFC18-0,10

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Coils

Subcategories

FERRIT Core Coils

MCoil Drum core

FERRIT Core Coils

MCoil Drum core

ARONIT Core coils

MCoil Rod core coils