Citronic: 190.096UK, Classic Microphone Lead, XLR Female to Male, 3.0m, Black

Product Overview & Key Benefits

The Classic Microphone Leads XLR Female - XLR Male is the perfect solution for musicians, audio engineers, and professionals in the entertainment industry who demand high-quality audio performance. Designed to deliver excellent sound fidelity, this lead is ideal for both live performances and studio recording sessions. Its robust construction and premium materials ensure durability and reliability, making it a must-have accessory for any audio setup.

Technical Specifications & Product Details

• Colour:Black
• Length:3.0m
• Pin-out:Balanced: 1-Ground, 2-Hot, 3-Cold
• Conductors:20 x 0.08mmØ
• Connectors:Male XLR, Female XLR
• Cable Diameter:6mmØ
• Weight:0.1780kg
• Dimensions:Width - 20mm, Height - 70mm, Length - 320mm

Ideal Uses & Applications

The Classic Microphone Leads XLR Female - XLR Male is well-suited for a variety of applications across different settings. It can be employed in domestic environments for home studio recordings, enabling budding musicians and podcasters to achieve professional sound quality. In commercial environments, it is invaluable for theatres, live music venues, and corporate events, ensuring clean audio transmission for microphones and sound equipment. Its versatility makes it equally beneficial for hospitality settings such as hotels and restaurants, where audio clarity is paramount for background music and announcements.

Energy Efficiency & Cost Savings

While this classic microphone lead primarily focuses on audio quality and reliability, it also indirectly contributes to cost savings through its durability and effectiveness. By using premium materials such as pure copper conductors and robust connectors, the lead reduces the need for frequent replacements or repairs, providing a long-term solution for audio professionals. Investing in high-quality leads like the Classic Microphone Leads XLR Female - XLR Male ensures that users can maintain excellent sound quality without incurring ongoing costs associated with lower-quality alternatives.