Chord: 171.967UK, Lavalier Tie-clip Microphone, Beige, Omni-directional, 3.5mm Mono Jack

Product Overview & Key Benefits

The Lavalier Tie-clip Microphones for Wireless Systems are designed for seamless integration with VHF and UHF beltpack transmitters, making them the perfect choice for professionals in need of high-quality audio capture. This versatile microphone is perfect for a variety of users, including presenters, educators, and performers who require discreet yet powerful audio solutions. With a sleek design that allows for hands-free operation, you can remain engaged in your performance or presentation while ensuring your voice is captured clearly and accurately.

Technical Specifications & Product Details

• Colour:Beige
• Weight:11g
• Material:Metal & plastic
• Connector:3.5mm mono jack - threaded
• Power Supply:2-10Vdc
• Transducer Type:Omni-directional condenser
• Microphone Dimensions:13 x 7mmØ
• Overall Dimensions:Width: 35mm, Height: 130mm, Length: 180mm

Ideal Uses & Applications

The Lavalier Tie-clip Microphone is exceptionally versatile, lending itself to numerous applications across various sectors. It is perfect for domestic DIY enthusiasts recording videos at home, as well as professionals in commercial settings such as conference centres, educational institutions, and hospitality environments. Its compatibility with popular brands like Chord, Citronic, and QTX ensures that you can easily utilise it with existing equipment, making it a reliable choice for video production, live performances, and lecture recordings.

Energy Efficiency & Cost Savings

One of the important benefits of the Lavalier Tie-clip Microphone is its energy efficiency, powered by a low voltage requirement of just 2-10Vdc. This allows for optimal performance while using minimal power, which can contribute to lower operational costs over time. By selecting an efficient product like this, users can enjoy excellent audio quality without the concern of high energy consumption, providing both environmental and financial benefits.