The CMX382 is a hanging condenser microphone with a slim and miniature design. It is designed for offering versatile solutions for sound reinforcement or recording systems in a wide variation of applications. Typical applications range from speech in meeting or conference rooms to music in houses of worship, orchestra’s, choirs and many others. The tailored frequency response guarantees a rich, clear and sensitive sound reproduction while the cardioid directivity characteristic eliminates feedback and unwanted noise. The included spiral hanging bracket makes overhead suspension possible above conference tables, choirs, orchestra’s, … while the flexing gooseneck structure allows a highly accurate positioning. The microphone comes delivered with a fixed connection cable with a total length of 3 meters which is fitted with a 4-pin Mini-XLR connector. An included phantom power adapter with standard 3-pin XLR connector converts the supplied phantom voltage and allows connection to standard pre-amplifiers or mixers. The included windscreen reduces unwanted and popping sounds. In comparison with the already known CMX380 microphone, the CMX382 contains an improved spiral hanging bracket and a flexing gooseneck structure which makes highly accurate positioning possible. The included phantom power adapter with low-noise characteristics guarantees improved overall signal/noise performance
SYSTEM SPECIFICATIONS
Polar Pattern Cardioid (unidirectional)
Sensitivity (1W/1m) 42 dB ± 3 dB / Pa
Impedance 200 Ω
Sound Pressure (Max. W/1m) 130 dB
Signal / Noise 75 dB
Microphone Type Back electret condenser
Connection 4-pin mini XLR
Frequency Response (± 3 dB) 50 Hz – 18 kHz
Power Supply 10 ~ 52 V DC Phantom Power
PRODUCT FEATURES
Dimensions 13.5 x 160 mm (Ø x L) (3 m fixed connection cable)
Weight 0.100 kg
Colours Black
Phantom adapter Connection 3-pin XLR
Accessories Included Windscreen (MWS380/B)
Phantom Power adapter
Spiral hanging bracket
CMX382
AMD 101,000
HANGING CONDENSER MICROPHONE
Description
Additional information
Brands |
Audac |
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