Inline RCA MiniZap Single

• Apply MiniZap™ Technology to RCA/Phono sockets


• Designed for use with analogue RCA inputs


• Superior locking WBT-0110Cu plugs

MiniZaps are an implementation of our Zapperator technology that is applied to interconnect cables… the MiniZap components are wired directly into Kimber interconnects to give the very best performance.

We’ve now introduced a new inline MiniZap version which works in exactly the same way as the wired version but is more convenient. They come in the form of an inline plug and socket and can be fitted to either end of analogue or digital interconnects and can be used with any interconnects you own, not just Kimber. The advantage of these inline versions is that it makes it easy to benefit from the technology without having to send your cable back for modification.




A single inline MiniZap is also available for coaxial digital connections.

MiniZaps use our Zapperator technology. Originally developed to address RF and EM interference in speaker cables, the tech was so successful that we decided to adapt it to combat the same issues with line-level and vinyl-level signals.

Designed by the highly respected audio designer Ben Duncan, MiniZaps use a unique Zobel-type network specifically for use in high-fidelity audio applications. Put simply, they work to convert RF and EM interference to heat, which is then dissipated.

This ‘burning-off’ of the RFI/EMI noise is extremely efficient and has a key advantage over many other types of filters which simply ‘bat-away’ interference on the assumption that it will not return elsewhere to cause problems.

1 Single inline Phono MiniZap

User guide

Zapperator filter mounted in RCA plug

Superior locking WBT-0110Cu plugs

compatible with all single ended, analogue connections

25 Year Warranty

Don't forget! We’re so confident in the performance of this product that it is covered by our 60 Day Home Trial with Money Back Guarantee. Buy the product and if you're not completely satisfied, you can return it within 2 months for a refund. For full details click here.

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