Description

The SHURE BROTHERS, INC. TL47B/O-MTQG-A is an omnidirectional lavalier microphone designed for use in wireless microphone systems. It features a low-sensitivity capsule and terminates with an MTQG connector, making it a body-pack-compatible lav mic suited for broadcast, presentation, and live sound applications. The black finish provides a discreet profile during use. Installation and operation are handled by audio technicians and AV professionals working with compatible wireless transmitter systems.

This lavalier microphone is intended for wireless system applications where a low-profile, clip-on mic is required. The omnidirectional polar pattern picks up sound evenly from all directions around the capsule, which is useful in scenarios where precise mic placement is difficult or where natural ambient pickup is desired. The MTQG connector mates directly with compatible wireless body-pack transmitters. Typical deployment includes conference rooms, houses of worship, stage performances, and broadcast environments.

Key Features

Omnidirectional polar pattern for even 360-degree sound pickup
Low-sensitivity capsule tuned for close-mic lavalier applications
MTQG connector for direct connection to compatible wireless body-pack transmitters
Black finish for discreet, low-visibility placement on talent
Compact lavalier form factor designed for clip-on body placement

Compatibility

Designed for use with wireless microphone systems accepting an MTQG connector body-pack transmitter input. Refer to your wireless system documentation to confirm connector and sensitivity compatibility before installation.

Installation Notes

Installation is performed by qualified audio technicians or AV system integrators. Power down or mute the wireless transmitter before connecting or disconnecting the lavalier microphone. Route the cable discreetly under clothing when used for broadcast or live performance to minimize handling noise. Follow the transmitter manufacturer guidelines for proper connector seating and strain relief to avoid connector damage.