Product Detail
The Mogan EIO - BG - AT, also known as the Elite ICE Omnidirectional Audio Technica Earset Microphone in beige, is a game - changer for broadcasters, theater performers, and worship leaders. It features the industry - exclusive Invisi - Clear Earpiece (ICE), which makes it barely visible on stage while providing the superior comfort Mogan is known for. Its 2.5 mm omni - directional condenser element captures every detail of your voice, ensuring clear and crisp audio. Built to last, it has a moisture - resistant capsule for long - term reliability. The hypoallergenic earpiece can be sanitized, perfect for shared use. With a fully adjustable boom and earpiece, an interchangeable cable with a connector, and a compact - screw connector type, it meets the high standards of various professional settings. Key features include its beige color, two cables (1.2mm and 2.0mm), a full - frequency moisture - resistant capsule, and it comes with a foam windscreen, single cable clip, and aluminum case. Specifications cover everything from frequency response to weight. The package includes one microphone, two cables, a foam windscreen, a single cable clip, and an aluminum carrying case.
Using the Mogan Elite ICE Omnidirectional Audio Technica Earset Microphone is a breeze. First, adjust the boom and earpiece to fit your ear comfortably. You can choose either the 1.2mm or 2.0mm cable according to your needs and connect it using the compact - screw connector. Place the microphone near your mouth, and you're ready to go. When using it, keep in mind that it's sensitive, so try to avoid sudden movements that might cause noise. If you're in a windy environment, attach the foam windscreen to reduce wind noise. After use, clean the hypoallergenic earpiece with a mild sanitizer to keep it hygienic, especially if it's used in a shared environment. Store the microphone in the included aluminum case to protect it from damage. Make sure to check the power requirements before use, as it needs 0.9 VDC optimally and can handle up to 5 VDC.
