The 5006-11A Surround Microphone Kit from DPA Microphones includes three matched 4006A omnidirectional microphones and two matched 4011A cardioid microphones. The 4006As are matched within 0.5dB on both frequency response and sensitivity while the two 4011As are matching within 1dB. The maximum phase response difference is 5°. They can be used for AB stereo, Decca Tree, or surround main array recording techniques for orchestral settings. DPA includes mic holders, grids, and windscreens for all mics. The included Peli foam lined case can be used for transportation and storage.
The 4006A Omnidirectional Microphone from DPA is designed for capturing vocals, close miking instruments, amplifier cabinets, and similar sources in live sound reinforcement and crucial recording applications. It features an omnidirectional condenser element for a linear high-frequency response and detail. Additionally, the microphone allows you to maintain a linear tonal response when closely positioning it near speaker cabinets, percussion, and other instruments. Separately sold acoustic modification accessories, including a nose cone and interchangeable protection grids, allow the 4006A to acoustically transform without changing the phase and sonic character of the microphone. An output stage provides faithful recreations of the original source material and an included microphone clip and windscreen.
The 4011A Cardioid Microphone from DPA is designed for capturing vocals, close miking instruments, amplifier cabinets, and other sources in live sound reinforcement and crucial recording applications. It features a cardioid condenser element for minimizing off-axis noise in spot-miking applications and an output stage that provides faithful recreations of the original source material. A switchable 20 dB pad provides added headroom and minimizes distortion while capturing transient signals. Additionally, the microphone allows you to maintain a linear tonal response when closely positioning it near speaker cabinets, percussion, and other instruments.