Electro-Voice ND66

A versatile small-diaphragm condenser with a locking pivoting head. Ideal for drum overheads, hi-hats, close-miked drums, acoustic guitar and piano.FeaturesPremium small-diaphragm condenser elementSelf-biased condenser element is vividly responsive to sound sources that need a mic which translates transient details very wellClean, crisp and detaile... mored condenser soundCaptures all details of percussive and stringed instrumentsEasy mic placement with locking pivoting headAchieve ideal mic placement in virtually any situation by pushing a button, pivoting the head into position and releasing the button to lockSelectable -10 and -20 dB padsProvides the necessary gain reduction to prevent the mic element from overloadingSelectable 75 Hz and 150 Hz high-pass filtersSelectable HPF frequencies are strategically chosen to eliminate bothersome low frequencies from the signal pathSpecsAudio Frequency Response 50 – 20,000Case Material Die cast zincConnector Type 3-pin XLRDiameter (Max) 21 mm (0.83"")Element CondenserFinish Black polyurethane paintImpedance, Low-Z balanced 200 Maximum SPL 146 dBMic Type InstrumentOpen Circuit Voltage 10 mV/PascalPolar Pattern CardioidPower Requirement 48 VDC PhantomShipping Weight 16.4 oz (465 g)Wired/Wireless WiredHeight 143 mm (5.63"")Weight Net 6.31 oz (179 g) Made in: China

Sleek versatile and detailed.The Electro-Voice ND66 Condenser Cardioid Instrument Microphone is equipped with a premium self-biased small-diaphragm condenser element. Experience incredible detail and crisp recordings thanks to the condenser microphone. The ND66 is an excellent choice for a wide variety of instruments especially strings acoustic gui... moretar and percussion. The ND66 features two pads. These allow you to adjust the sensitivity of the microphone by either 10dB or -20dB. This is excellent for preventing the ND66 from clipping when recording sources with high SPLs. Thanks to its rugged die-cast zinc body the ND66 is designed to deliver exceptional sound quality with every single performance.