Viborg XF204R Female XLR Connector Pure Copper Rhodium Plated

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The Viborg XLR connectors are designed with high-quality 4N OFC pure copper conductors that ensure excellent signal conductivity and minimise signal loss. This allows pure and accurate audio transmission, resulting in Hi-Fi sound reproduction. PTFE Insulation for Optimal Signal Integrity These XLR connectors feature PTFE insulation that provides excellent electrical insulation and helps maintain the integrity of the audio signal. PTFE insulation effectively reduces signal distortion and ensures clean and transparent audio playback.

Widely used for various audio applications: The Viborg XLR cable connectors are versatile and can be used in a variety of audio applications. They are perfect for microphones, amplifiers, mixers, phantom power, speakers, guitars, DMX stage lights, audio equalizers, cameras and recording conference systems. Whether you are a professional musician, audio engineer or enthusiast, these XLR connectors will meet your needs. Durable construction with polished and chrome-plated housing: The XLR terminals are designed with a robust construction to withstand heavy applications. The case is made of brass with polished and chrome plated finish, which provides both durability and an attractive appearance.

These XLR connectors are built to last and can withstand frequent plugging and unplugging without compromising signal quality. 3-layer coating for improved conductivity: The Viborg XLR connectors have a 3-layer coating design that is made of oxygen-free copper, silver plating and gold plating. This triple coating ensures optimal conductivity and corrosion resistance, resulting in a reliable and durable audio connection. The gold plating of the XLR connectors also adds a touch of elegance and ensures better contact between the connectors, reducing signal loss.

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Technical Specifications:

• Brand Viborg Audio
• Surface finish: 24K Gold
• Insulator: Teflon (PTFE)
• Gender: Female
• Item Type: XLR 
• Conductor material: Pure Copper(99.998%)