SHTL46BLEM6A

TL46B/O-LEMO6-A

Shure

Sweat and moisture won't stop your signal when you use the Shure TwinPlex TL46 omnidirectional lavalier microphone as your transducer of choice. This ultralightweight mic boasts a patent-pending, dual-diaphragm condenser capsule with an omnidirectional polar pattern, yielding full, natural tone and consistent off-axis response along with low self-noise and wide dynamic range. Plus, the swappable frequency caps incorporate a superhydrophobic nanoscopic coating to eliminate sweat-outs and signal drops caused by perspiration.The TwinPlex TL46 remains easy to conceal while offering the sonic performance of mics with much larger diaphragms. Its high sensitivity produces a high signal-to-noise ratio with 8 to 10 dB of additional output level. The paintable, medical-grade, 1.6mm diameter cable resists kinks, maintains flexibility, and uses a redundant ground for enhanced shielding. The cable end is terminated with a 6-pin LEMO connector for compatibility with an array of wireless transmitters. High-Sensitivity, Omni Lav Mic with 6-Pin LEMO Connector and AccessoriesNone Sweat and moisture won't stop your signal when you use the Shure TwinPlex TL46 omnidirectional lavalier microphone as your transducer of choice. This ultralightweight mic boasts a patent-pending, dual-diaphragm condenser capsule with an omnidirectional polar pattern, yielding full, natural tone and consistent off-axis response along with low self-noise and wide dynamic range. Plus, the swappable frequency caps incorporate a superhydrophobic nanoscopic coating to eliminate sweat-outs and signal drops caused by perspiration.The TwinPlex TL46 remains easy to conceal while offering the sonic performance of mics with much larger diaphragms. Its high sensitivity produces a high signal-to-noise ratio with 8 to 10 dB of additional output level. The paintable, medical-grade, 1.6mm diameter cable resists kinks, maintains flexibility, and uses a redundant ground for enhanced shielding. The cable end is terminated with a 6-pin LEMO connector for compatibility with an array of wireless transmitters.