Blue Microphone Baby Bottle SL XLR Microphone

Featuring a hand-tuned capsule and quiet Class-A discrete circuitry, the Blue Microphone Baby Bottle SL XLR Microphone is a studio condenser microphone which builds upon its predecessor to provide a warm and classic sound as well as switchable filter and pad settings, ensuring great versatility for varied studio recording applications. It utilizes a large, gold-sputtered Mylar diaphragm, replete with a machined brass backplate to yield its signature sound—supple highs, rich midrange, and honest bass. Further elevating its professional nature is the custom shockmount, which absorbs vibrations to inhibit handling and stand noise.

Use the 100 Hz low-cut filter to attenuate bass buildup and increase intelligibility, which is especially important when the mic is close to the source. When miking drum kits or guitar amps, the -20 dB pad is perfect for keeping the sound clear and free of distortion. The mic's cardioid polar pattern rejects a good deal of sound behind the mic, allowing it to pick up less room ambience and background noise than many other polar responses. The Blue Microphone Baby Bottle SL XLR Microphone can be connected to any XLR mic input that is capable of sending 48V phantom power.

Blue Microphone Baby Bottle SL XLR Microphone features a switchable 100 Hz high-pass filter and -20 dB pad to keep your sound pure regardless of vocal type, instrument, or environment. Whether recording belting vocalists, loud guitar amps, drums, and brass, or capturing delicate vocals, strings, or piano, Baby Bottle SL has the versatility to capture timeless tracks.

Blue Microphone Baby Bottle SL XLR Microphone Features:

• Warm Tone for Vocals and Instruments
• Cardioid Pattern Lessens Room Ambience
• -20 dB Pad Eliminates Distortion
• Low-Cut Filter Reduces Bass Buildup
• Shockmount Inhibits Vibration Noise
• Hand-Tuned Large-Diaphragm Capsule
• Class-A Discrete Circuitry
• Includes Wooden Storage Box
• XLR Output for Hookup to XLR Mic Input
• Operates on 48V Phantom Power