Reference: HC300S
Brand: Storage boxes & organizers
HARD CASE - 336 x 300 x 148 mm - WITH FOAM
MALLETTE RIGIDE - 336 x 300 x 148 mm - AVEC MOUSSE
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Reference: HC300S
Brand: Storage boxes & organizers
MALLETTE RIGIDE - 336 x 300 x 148 mm - AVEC MOUSSE
Reference: WEST-505
Brand: Workshop Equipment & transport
STANLEY - PANIER PLIABLE
Reference: 102.014
The RC30 Series Vinyl Record Cases keep more than 30 of your favorite records safe. The inside of the case is lined with soft flannel to prevent your collection from being scratched and crushed during transport. Suitable for storing 7, 10 or 12 inch drives. In addition, this storage case is available in different colors to best suit your home décor.
There are 15 products.
Reference: 5MK1000
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 7MK100
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 5ML47
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 5MK47
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 5MK100
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 27MPS680
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 27MPS470
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 1MPS10
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 1MK470
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 1MK22
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 1MK15
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 1MK100
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 15MPS47
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...
Reference: 15MN1000
Brand: Wima Capacitors
The internal connections of WIMA capacitors are very reliable. They work according to a fairly simple principle: the wire makes electrical contact with the total surface of the electrode, thus ensuring minimal induction. As a result, the attenuation coefficient and self-resonance of WIMA capacitors are more than adequate (see technical data and...