Behringer B1 Large Diaphragm Cardioid Condenser Mic

Behringer
Product Code: BEHB1

List Price: $113.85 Our Price: $99.00

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Specifications Manual Warranty Enlarged View Case Designed for home-studio owners and musicians.

The 1 capsule captures sound with incredible realism and sensitivity. Its wide frequency response from 20Hz to 20kHz is enhanced by a pronounced presence boost, making EQing unnecessary in many cases. The cardioid polar pattern, switchable high-pass filter, -10dB pad, 148dB SPL, and low inherent noise make it perfect for close miking. Requires 48V phantom power. Includes carrying case, shockmount, and windscreen.

Features:

1 capsule 20Hz to 20kHz frequency range enhanced by a pronounced presence boost Cardioid polar pattern Switchable high-pass filter (-6dB/octave at 75Hz) -10dB pad Low cut filter -6dB/octave @ 75Hz (switchable) SPL of 148dB Low inherent noise Perfect for close miking Requires 48V phantom power Gold-plated balanced XLR connector Transformerless FET input circuitry for extremely low inherent noise Free shipping / No Sales Tax.

We'll beat any price! 100% Satisfaction Guarantee. 30 Day Return Policy. : Specifications Manual Warranty Enlarged View Case Designed for home-studio owners and musicians. The 1 capsule captures sound with incredible realism and sensitivity. Its wide frequency response from 20Hz to 20kHz is enhanced by a pronounced presence boost, making EQing unnecessary in many cases. The cardioid polar pattern, switchable high-pass filter, -10dB pad, 148dB SPL, and low inherent noise make it perfect for close miking.

Requires 48V phantom power. Includes carrying case, shockmount, and windscreen.

Features:

1 capsule 20Hz to 20kHz frequency range enhanced by a pronounced presence boost Cardioid polar pattern Switchable high-pass filter (-6dB/octave at 75Hz) -10dB pad Low cut filter -6dB/octave @ 75Hz (switchable) SPL of 148dB Low inherent noise Perfect for close miking Requires 48V phantom power Gold-plated balanced XLR connector Transformerless FET input circuitry for extremely low inherent noise