Donner 10 ft Electric Guitar Cable, Copper, Right Angle to Straight, Black White, Model EC943

The Donner 10 Feet Instrument Cable is designed for musicians seeking high-quality sound transmission from their instruments to amplifiers or effects pedals. This durable and efficient cable is ideal for medium runs, making it perfect for stage performances and studio sessions.

Constructed with audiophile-grade materials, the Donner cable features 24AWG oxygen-free copper center conductors. This ensures excellent signal transfer while minimizing noise interference. The cable's low capacitance of 28pF/ft offers uncolored tone reproduction, allowing the true sound of your instrument to shine through. With a robust design that includes a black tweed woven jacket and 1/4-inch metal connectors, this cable is built to withstand the rigors of professional use. The triple strain relief system enhances longevity by preventing wear and tear on critical connection points.

• High Fidelity: 24AWG oxygen-free copper center conductors provide enhanced signal transfer.
• Low Noise: PVC insulation and high-density stranded copper double shield effectively reduce unwanted noise.
• Durable Design: Features gold-plated connectors and a robust black tweed woven jacket for lasting durability.
• Wide Applicability: Suitable for various electronic instruments, including electric guitars, mixers, and amplifiers.
• Easy to Disassemble: Detachable metal head allows for quick repairs, ensuring minimal downtime.
• Triple Strain Relief: Incorporates external rubber heat shrink, internal rubber, and metal clamp strain relief for enhanced reliability.
• Length: 10 feet, ideal for medium runs without sacrificing signal integrity.

The Donner 10 Feet Instrument Cable is an excellent choice for musicians, sound engineers, and audio professionals who require consistent performance and reliability. Whether you are on stage or in the studio, this cable delivers superior sound quality and durability, making it a valuable addition to your equipment collection.