Behringer BC LAV GO Lavalier Microphone for mobile devices

Description The Behringer BC LAV GO is a Professional-Grade Lavalier Microphone that is great for broadcasting, presenting, lecturing or performing. It features a High-quality lavalier condenser microphone that provides you with crystal clear audio in all environments. The ultra-compact size helps in concealed video recordings, while the cardioid capsule eliminates background clutter for clear broadcast. The BC LAV GO is optimized for bodypack transmitters, DSLR cameras and most audio recording devices. It is an excellent choice for podcasters, vloggers, presenters, lecturers, singers, musicians and streamers requiring a hands-free microphone. The BC LAV GO offers a gold-plated 3.5 mm (1/8″) TRS connector that will provide you with the highest signal integrity. It also provides you with a 1.2 m (4 ft) integrated cable. This increases mobility when using the microphone and is great for animated presentations. A discrete windscreen is included so you can use the BC LAV GO in outdoor settings as well. Also included is a 3.5 mm adapter and clip so you can use the miniature capsule for concealed-mic performances. Lastly, the included protective carry pouch will provide a storage solution so you can keep all the components together in between uses. Features: Broadcast-quality lavalier condenser microphone for superior audio response Excellent choice for broadcasters, presenters, lecturers, singers, musicians, actors, and performers requiring hands-free microphones Optimized for bodypack transmitters, DSLR cameras and most audio recording devices Miniature capsule for concealed-mic performances Ultra-rugged construction with metal die-cast body Gold-plated 3.5 mm (1/8″) TRS connector for highest signal integrity 1.2 m (4 ft) integrated cable for increased mobility Discrete windscreen, 3.5 mm adapter and clip included Protective carry pouch included SPECIFICATIONS: Type: Condenser Frequency response: 50 Hz to 20 kHz Impedance: 680 Ω (±30%) Polar pattern: Unidirectional Sensitivity: -50 dB ±3 dB @ 1 kHz (1 V / Pa) Power requirements: 1.5 V DC