Shure CVG18-B/C Gooseneck Condenser Microphone, 18-Inch, Inline Pre-Amp, Flange Mount, Cardioid (Black) & A400SM Recessed Shock Mount for All Microflex and Easyflex Gooseneck Microphones

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Shure CVG18-B/C Gooseneck Condenser Features

• Product 1: Cardioid polar pattern with tailored response for speech

• Product 1: CommShield Technology that guards against unwanted RF interference from portable wireless devices (smartphones, etc.) and offers high resistance to intense nearby radio signals

• Product 1: Frequency response ideal for capturing fast transients in a wide variety of locations, including podiums and desktops

• Product 1: Superior Shure design and rugged, dependable construction

• Product 2: Allows permanent installation of a quick-release shock mount for use with a wide variety of gooseneck microphones

• Product 2: Shure Shock-Stopper construction

• Product 2: Reduces the transmission of impact or surface noise by up to 20 db

• Product 2: Country of origin is China

About Shure CVG18-B/C Gooseneck Condenser

Shure CVG18-B/C Gooseneck Condenser Microphone, 18-Inch, Inline Pre-Amp, Flange Mount, Cardioid (Black) Centraverse gooseneck condenser microphones are ideal for use in installed sound reinforcement applications, including corporate facilities, houses of worship, and government institutions. Dual-section gooseneck provides full articulation and easy placement options.Each microphone includes a windscreen and mounting flange.Featuring commshield technology, which guards against unwanted RF interference from portable wireless devices, Centraverse microphones deliver in best-in-class performance and reliability.Typeelectret condenser Polar Pattern Cardioid Frequency Response, 000 Hz Output level At 1 kHz, open Circuit voltage: –33 dBV/pa[1] (22 mV). Shure A400SM Recessed Shock Mount for All Microflex and Easyflex Gooseneck Microphones Allows permanent installation of a quick-release shock mount for use with a wide variety of gooseneck microphones. The A400SM Shock Mount employs Shure Shock-Stopper construction, which decouples the microphone from the mounting surface and reduces the transmission of impact or surface noise by up to 20 db.