The mundorf CFC 10 flat copper coils are the standard, the reference in loudspeakers industry crossover. They are for any enthusiast lovers of loudspeaker mounts, speaker designs on DIY sink, all simply the choice for the most perfectionists.
They are ideal for working with the MKP Mundorf EVO and Mundorf Supreme series of capacitors.
The mundorf CFC 16 flat copper coils are the standard, the reference in loudspeakers industry crossover. They are for any enthusiast lovers of loudspeaker mounts, speaker designs on DIY sink, all simply the choice for the most perfectionists.
They are ideal for working with the MKP Mundorf EVO and Mundorf Supreme series of capacitors.
The mundorf CFC 16 flat copper coils are the standard, the reference in loudspeakers industry crossover. They are for any enthusiast lovers of loudspeaker mounts, speaker designs on DIY sink, all simply the choice for the most perfectionists.
They are ideal for working with the MKP Mundorf EVO and Mundorf Supreme series of capacitors.
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Air coils, for physical reasons, are unbeatable in terms of precision on the restitution of the impulses, and are free of any distortion (contrary to ferrite coils). For this reason, Mundorf produces coils with a large wire diameter for purists. It is therefore possible to achieve better inductances while maintaining low internal impedance and zero...
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.
Mundorf BS100 coils are high performance models for low frequency filtering. The core is made of Feron which is heat treated after production. This treatment gives it an optimal internal structure for good magnetic characteristics with very low losses and low distortion.