The Tan 1mm Countryman E6i Directional Earset Mic for Audio Technica Transmitter offers top - notch audio quality. This tiny ear - set mic is almost invisible, making it a great pick for stage shows, trade events, religious services, auctions, and lectures. Its cardioid pickup pattern cuts down off - axis feedback and noise from nearby monitors and instruments, ensuring super clear sound. The E6i features a flexible boom and silicon ear - pads, allowing for easy and accurate positioning, perfect for multiple users. The included windscreen effectively reduces wind noise, a common issue with cardioid mics. It comes in various colors and connections to fit different wireless transmitters. The quick - swap detachable cable makes replacement easy and turns this headset into a long - lasting investment. With optimized sensitivity for accurate speech capture, it delivers distortion - free audio. Whether you're upgrading your wireless system or need it for general speaking, the E6i is a reliable and high - performing choice. Key features include a Hirose 4 - pin for Audio Technica, 1mm diameter cable, cardioid pattern, and a tan color. Specifications cover a condenser transducer, 30Hz - 20kHz frequency response, and more. The package includes the mic, flexible boom, silicon ear - pads, windscreen, and detachable cable.
Using the Countryman E6i Directional Earset Mic is a breeze. First, attach the silicon ear - pads to the earpiece for a comfortable fit. Then, adjust the flexible boom to position the microphone close to your mouth for the best sound capture. Connect the detachable cable to your Audio Technica transmitter using the Hirose 4 - pin connector. When using it outdoors or in windy conditions, put on the windscreen to reduce wind noise. As for maintenance, keep the microphone clean by gently wiping it with a soft, dry cloth. Avoid getting it wet or exposing it to extreme temperatures. If the cable gets damaged, you can easily replace it with the quick - swap design. Remember to use the appropriate power supply as specified in the product's power requirements to ensure optimal performance.
