AKG C900M

This professional condenser vocal microphone will make your voice cut through the loudest mix - on any stage. It has been optimized for use with in-ear monitor systems and provides a cardioid polar pattern for high gain before feedback. The C 900M is available with one of two output modules: XLR connector module for use with a standard microphone cable. TM 40 transmitter module for wireless use. Easy changeover from hardwire to wireless operation does not only increase your range of action but also ensures perfect mobility.

AKG C900M Handheld Condenser Microphone
AKG C 900M
 

Overview
The award-winning C 900M is a professional condenser vocal microphone whose sound will help your voice cut through the loudest mix on any stage. Its modular output section gives you the choice of wired or wireless operation by simply adding the optional TM 40 UHF module and WMS 40 receiver. The C 900M's frequency-independent cardioid pattern has been carefully tailored for exceptional gain-before-feedback. The back electrode of the transducer uses a metal foil stamped onto a perfectly flat electret material made of a special conductive plastic to further enhance the excellent acoustic performance. The gold-encapsulated transducer is very resistant to humidity and moisture too. Comes complete with SA 61 unbreakable stand adapter and carrying case. The C 900M includes the PB 1000 presence boost adaptor to add 3 to 5 dB of emphasis in the 5 - 9 kHz range that improves transient detail and intelligibility.

• Polar pattern Cardioid
• Frequency range 20 20.000 Hz
• Sensitivity 6 mV/Pa (-44 dBV re 1 V/Pa)
• Max. SPL 139/142 dB SPL (THD = 1% / 3%)
• Equivalent noise level 17,5 dB (A) to DIN 45412
• Impedance <= 200 Ohms
• Recommended load impedance >= 2.000 Ohms
• Connector 3-pin male XLR
• Finish Matte black enamel
• Dimensions Length: 180 mm (7.1 in.); :50 mm (2.0 in.)
• Net weight 295g (10.4 oz.)
• Patent(s) Electrode for condenser transducers (Patent no. AT 385.386, US 4.790.021)
• Electrode support for condenser transducer (Patent no. AT 392.182, DE 4.021.661)