Rode NT2-A Large Diaphram Condensor Mic Pack
Large 1” HF1 gold sputtered capsule On body control of polar pattern, HPF and PAD Three position variable polar pattern - Omni, Cardioid or Figure 8 Three position variable High-Pass Filter - Flat, 40Hz or 80Hz Three position PAD - 0dB, -5dB or -10dB Ultra low noise Internal capsule shock mounting Includes RØDE SM6 shock mount, pop filter and dust cover Designed and manufactured in Australia 10 year extended warranty when you register your microphone
The NT2-A carries on the tradition forged by the now legendary RØDE NT2. A professional large 1" capsule studio microphone incorporating three-position pick-up patterns, pad and high pass filter switches conveniently located on the mic body. The frequency and transient response of this transducer has been voiced to complement today's modern recording techniques, and yet still evoke the silky smooth character of the legendary microphones of the 50s and 60s.
These features provide the flexibility and superlative audio characteristics that make the NT2-A one of the most versatile condenser mics available. Supplied with the SM6 shock mount, dust cover, microphone cable and DVD hosted by Grammy-nominated engineer and producer John Merchant showing a range of recording techniques specific to the NT2-A. The RØDE NT2-A microphone is designed and made in Australia, and covered by RØDE's industry leading 10 year warranty.
NT2-A Specifications
Acoustic Principle Pressure Gradient Active Electronics JFET impedance converter with bipolar output buffer
Capsule 1.00" Polar Pattern Cardioid Address Type Side
Frequency Range 20Hz - 20kHz
Output Impedance 200Ω Maximum SPL 147dB SPL (@ 1kHz, 1% THD into 1KΩ load)
Maximum Output Level 16.0mV
Sensitivity -36.0dB re 1 Volt/Pascal (16.00mV @ 94 dB SPL) +/- 2 dB @ 1kHz Equivalent Noise Level (A-weighted)
7dB-A Power Options +24V phantom power+48V phantom power
Weight 860.00gm
Dimensions 209.00mmH x 55.00mmW x 55.00mmD O
utput XLR Output
Warranty 1 year with free extension to 10 years following registration
