Hypercardioid Condenser Gooseneck Microphone, Brand Name : SINGDEN

We are offering hypercardioid condenser gooseneck microphone. Gooseneck microphone
detailed product description
this gooseneck is a wide-range miniature condensed microphone with a hypercardioid polar pattern.
this gooseneck is a wide-range condensed miniature condenser microphone with a hypercardioid polar pattern. It is designed for quality sound reinforcement, professional recording, elevision and other demanding sound pickup applications. The small diameter double gooseneck design permits highly flexible positioning while maintaining a smooth, well contoured appearance. An included snap-on foam windscreen effectively reduces wind noise and “popping.”
• delicate and elegant structural design, ergonomic and highly modern
• excellent immunity to rf interference from mobile phones and comparable device
•easy-to-adjust, rugged, small- dimeter, alternating gooseneck with virtually no"memory”•permits quick positioning into desired shape
• foam windscreen yields dramatically improved resistance to p-pops and other breath blasts.
• built-in high-quality low-frequency attenuation circuit
• simple and rapid installation
• uni-directional electrets condenser microphone
• low impedance balance audio output
• built-in microphone power supply and amplifier components can be powered from any external 11 v to 52 v dc phantom power supply
• excellent immunity to rf interference from mobile phones and comparable devices
• tabletop microphone stand is complementary to other 3-pin xlrm-type microphone devices
technical data:
element：permanently polarized condenser
polar pattern：cardioids
frequency response：70-19,000 hz
open circuit sensitivity：-42 db (10.0 mv) re 1v at 1 pa
impedance：200 ohms
maximum input sound level：138 db spl, 1 khz at 1% t.h.d.
Dynamic range：106 db, 1 khz at max spl
signal-to-noise ratio：65 db, 1 khz at 1pa
phantom power requirements：9-52v dc, 4 ma typical
output connector：integral 3-pin xlrm-type
accessories furnished：two-stage foam windscreen.