Rode NTG2 Microphone

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Brand: Rode
Product Code: Rode NTG2 Microphone
Availability: 8
₦108,000.00

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The RØDE NTG2 is a lightweight condenser shotgun microphone, designed for professional applications within the film, video, television and production industries.

Its full frequency response, low noise and audio transparency make it an ideal film, video, and voice over microphone, while its low weight (161gm/5.7oz without battery) makes it an ideal boom microphone.

In addition to the native 20Hz-20kHz frequency response a selectable high-pass filter at 80Hz is available, which will prevent low end noise such as air conditioners and traffic from being recorded.

The NTG2 operates either from a AA (1.5V) battery or P48 phantom power which can be supplied by professional cameras, audio recorders and power supplies. The battery power option makes the NTG2 ideal for scenarios where the camera does not supply phantom power such as DSLR video.

The WSVM windshield is supplied to minimise light wind noise and plosives during recording. The optional 'DeadCat' furry is recommended for outdoor applications.

 

 

PRODUCT HIGHLIGHTS

  • Broadcast sound quality
  • Low noise circuitry
  • Condenser transducer
  • Rugged metal construction
  • Two step High Pass Filter (Flat/80Hz)
  • P48 phantom power or AA battery option
  • Low handling noise
  • Low weight - 161g (5.17 oz.)
  • Includes mic clip, wind sheild and zip case
  • Ideal for professional applications within the film, video, television and production industries
Dimension
Dimensions (W x H x D) 280.00mmH x 22.00mmW x 22.00mmD
Weight 0.4kg
General Features
Acoustic Principle Line Gradient
Active Electronics JFET impedance convertor with balanced transformer output
Address Type End
Capsule 0.50"
Equivalent Noise Level (A-weighted) 18dB-A
Frequency Range 20Hz - 20kHz(selected HPF @0)
Maximum Output Level 6.9dBu (@ 1kHz, 1% THD into 1KΩ load
Maximum SPL 131dB SPL (@ 1kHz, 1% THD into 1KΩ load)
Output Impedance 250Ω
Sensitivity -36.0dB re 1 Volt/Pascal (15.00mV @ 94 dB SPL) +/- 2 dB @ 1kHz

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