Shop By
Price
  1.  
    2
    1027
Width
  1.  
    0 mm
    136 mm
Height
  1.  
    0 mm
    138 mm
Rdc
  1.  
    0 ohm
    7 ohm
Length
  1.  
    0 mm
    162 mm
Diameter
  1.  
    0 mm
    134 mm
Weight
  1.  
    0.0 kg
    7.2 kg

.Global search

Search page for coils with filtering by capacitance in µF and price. Select filters to bring out the coils corresponding to your search.

Items 193 to 200 of 1304 total

per page
Set Descending Direction


Mundorf
CFC18-1.2

27.25 IT/piece
In stock
Mundorf CFC18 air copper foil coil, 1.2mH ±2%, 0.55ohm, 11.5x0.07mm OFC-copper wire, Ø57xH18mm, with backed varnish wire
Mundorf CFC18 air copper foil coil, 1.2mH ±2%, 0.55ohm, 11.5x0.07mm OFC-copper wire, Ø57xH18mm, with backed varnish wire

La bobine série CFC est une self à air constituée d’un enroulement de feuille de cuivre OFC 99.99% séparé par une feuille d’isolation polypropylène de 0.02 mm. La partie centrale est percée pour la fixation.

CFC18-1,2
CFC18-1,2

Mundorf
H125-4.7

25.13 IT/piece
In stock
Mundorf H125 aronit core coil, 4.7mH ±3%, 0.27ohm, 1.25mm OFC-copper wire, Ø51xH51mm
Mundorf H125 aronit core coil, 4.7mH ±3%, 0.27ohm, 1.25mm OFC-copper wire, Ø51xH51mm

MCoil Drum-Core coils made from oxygen-free 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.

H125-4,7
H125-4,7

Mundorf
L125-0.27

11.02 IT/piece
In stock
Mundorf L125 air core coil, 0.27mH ±2%, 0.15ohm, 1.25mm OFC-copper wire, Ø58xH18mm
Mundorf L125 air core coil, 0.27mH ±2%, 0.15ohm, 1.25mm OFC-copper wire, Ø58xH18mm

Mundorf's L series uses a 99.99% solid OFC round copper conductor, specially developed for high quality filtering. The winding stand is made of glass fiber reinforced plastic. The L-series coil is the standard for quality passive filtering.

L125-0,27
L125-0,27

Mundorf
BL71-0.082

5.21 IT/piece
In stock
Air core coil Mundorf BL71, 0.082mH ±2%, 0.2ohm, Ø10xL25mm, with backed varnish
Air core coil Mundorf BL71, 0.082mH ±2%, 0.2ohm, Ø10xL25mm, with backed varnish
BL71-0,082
BL71-0,082

Mundorf
CFC16-0.47

25.53 IT/piece
In stock
Mundorf CFC16 air copper foil coil, 0.47mH ±2%, 0.23ohm, 17x0.07mm OFC-copper wire, Ø48xH24mm, with backed varnish wire
Mundorf CFC16 air copper foil coil, 0.47mH ±2%, 0.23ohm, 17x0.07mm OFC-copper wire, Ø48xH24mm, with backed varnish wire

La bobine série CFC est une self à air constituée d’un enroulement de feuille de cuivre OFC 99.99% séparé par une feuille d’isolation polypropylène de 0.02 mm. La partie centrale est percée pour la fixation.

CFC16-0,47
CFC16-0,47

Visaton
LR 4,7

29.30 IT/piece
In stock
Ferrite core coil Visaton 4.7 mH, 56 mm diameter, wire 1.18 mm, Rdc 0.28 ohm LR 4,7 MH FERRIT 56 MM
Ferrite core coil Visaton 4.7 mH, 56 mm diameter, wire 1.18 mm, Rdc 0.28 ohm

Ferrite coil wire Ø 1.18 mm 4.7 mH

3608
3608

Mundorf
BL100-1.2

18.70 IT/piece
In stock
Mundorf BL100 air core coil, 1.2mH ±2%, 0.55ohm, 1.00mm OFC-copper wire, Ø58xH18mm, with backed varnish wire
Mundorf BL100 air core coil, 1.2mH ±2%, 0.55ohm, 1.00mm OFC-copper wire, Ø58xH18mm, with backed varnish wire

The BL series from Mundorf uses the same coils as the L series but with the addition of a stabilization varnish considerably reducing electromagnetically induced vibrations. If your passive filter concerns a high-end speaker, the choice of a BL coil instead of an L coil is a relevant choice because it directly impacts the listening quality.

BL100-1,20
BL100-1,20

Monacor
LSIF-470/1

6.68 IT/piece
In stock
Ferrite core coil Monacor LSIF-470/1, 4.7mH, 0.65ohm, Ø30 x 26mm
Ferrite core coil Monacor LSIF-470/1, 4.7mH, 0.65ohm, Ø30 x 26mm

Bobine sur fer Monacor LSIF 4.7mH, Rdc 0.65ohm, diamètre 30 mm, hauteur 26 mm, conducteur diamètre 0.65 mm

Items 193 to 200 of 1304 total

per page
Set Descending Direction



This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x
This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x