Kimber Kable - TAK-CU - Copper Tonearm Cable (Single)
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Kimber Kable - TAK-CU - Copper Tonearm Cable (Single)
Kimber Kable TAK CU Tonearm Cable is a high-end cable designed specifically for use with turntables and tonearms. This cable is the perfect choice for audiophiles who want the best possible sound quality from their vinyl collection. The TAK-Cu cable features advanced materials and construction techniques that deliver a transparent and detailed sound with exceptional clarity and precision. It is one of the best tonearm cables on the market, offering unmatched performance and value for the discerning listener.
The Kimber Kable TAK CU Tonearm Cable features a unique construction that combines high-purity copper conductors with advanced dielectric materials. The cable is carefully engineered to minimize noise and distortion, ensuring that the sound quality is as pure and accurate as possible. The TAK CU cable is also shielded to prevent interference from external sources, ensuring that you hear only the music and nothing else.
The TAK CU cable is available in a range of lengths to suit your needs, with a choice of RCA or XLR terminations. The connectors are precision-machined from high-quality materials to ensure a secure and reliable connection to your turntable and amplifier. The cable is also very flexible, allowing for easy installation and positioning of your tonearm. With its outstanding performance and build quality, the Kimber Kable TAK CU Tonearm Cable is a must-have for any serious vinyl enthusiast.
FEATURES:
- Copper-based TAK Series Tonearm Cable
- Hyper-pure copper conductors minimize signal loss and distortion
- Enhanced shielding protects against RFI and EMI interference
- Composed of four individually insulated, stranded conductors
- Terminated with high-quality, precision-engineered RCA connectors
- Offers improved dynamics and clarity over standard tonearm cables
SPECIFICATIONS:
Conductors: | 4 |
Conductor Material: | VariStrand copper conductors |
Insulation: | Fluorocarbon |
Capacitance: | 47.1 pF/m |
Inductance: | 1.31 uH/m |
Resistance: | 0.119 Ohm/m |