Beyerdynamic MC 930 Stereo Set True Condenser Cardioid Microphone Stereo Set with Elastic Suspensions, 2 Wind Shields and Rugged Plastic Case
SKU: BEYMC930-StereoSet
Price
RM6,499.00
Out of stock
Frequently Bought Together
Product Information
The true condenser microphone MC 930 is characterized by enormous versatility due to its tonal neutrality and careful construction. The MC 930 features a wide frequency range of 40-20,000 Hz and a signal-to-noise ratio of 71 dB. The MC 930 is ideal for miking string instruments, drums and piano.The MC 930 works with a phantom power supply of 11 - 52 V and can therefore also be used for live applications and installations. Due to its frequency-independent cardioid characteristic, the MC 930 has an excellent directivity combined with high elimination of noise from the rear. This not only makes it a first-class tool in the studio, but also enables it to be used for sound reinforcement purposes. With an MC 930 microphone pair, ideal stereo recordings in XY or ORTF can be realized. Due to the switchable pre-attenuation of 15 dB, it is also ideally suited for use with very high sound pressures. The switchable bass reduction of 6 dB/octave at 250 Hz compensates for the proximity effect.
FEATURES
Set consisting of two MC 930 with elastic suspension and windshield
Suitable for use in professional studios and difficult acoustic environments
High-quality small-diaphragm microphone providing a wide frequency response
High gain before feedback due to its cardioid polar pattern
Switchable bass roll-off filter compensates for proximity effects
Made in Germany
SPECIFICATIONS
Transducer type : True condenser
Operating principle : Pressure gradient
Frequency response : 40 - 20,000 Hz
Polar pattern : Cardioid
Open circuit voltage : at 1 kHz (0 dB = 1 V/Pa) | 30 mV/Pa = -30.5 dBV
Nominal impedance : 180 Ω
Load impedance : 1000 Ω
Max. SPL at 1 kHz. : 125 dB
with pre-attenuation : 140 dB
Signal-to-noise ratio rel. to 1 Pa : 71 dB
A-weighted equivalent SPL : 16 dB
Low-cut filter : switchable, 6 dB/ octave at 250 Hz