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Audio-Technica  - ES963
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Three-element Multi-directional Boundary Microphone

Model: ES963

  • Three cardioid condenser elements mounted in single housing
  • Easily reposition two elements to offer 360 or 300° coverage
  • Also functions as a stereo boundary microphone
  • Provides full, efficient and flexible coverage
  • Small-diameter capsules near boundary eliminate phase distortion and deliver clear, high-output performance
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The ES963 multi-directional boundary microphone offers remarkably versatile tool for surface-mount installations. Levers on the microphone base allow easy reorientation of two elements to offer 360 or 300° coverage. Since elements can be powered and used individually or in any combination, further flexibility is easily achieved. For example, with two elements powered, the microphone can provide figure-of-eight polar pattern with single element powered, the microphone functions as standard cardioid boundary microphone. Installation and repositioning are extremely quick, thanks to four recessed pathways on the base of the microphone that enable the user to route the cable as required to accommodate any installation requirements. The microphone also offers innovative UniGuard RFI-shielding technology.
  • Three cardioid condenser elements mounted in single housing
  • Easily reposition two elements to offer 360 or 300° coverage
  • Also functions as a stereo boundary microphone
  • Provides full, efficient and flexible coverage
  • Small-diameter capsules near boundary eliminate phase distortion and deliver clear, high-output performance
  • Low-frequency attenuation improves sound pickup without affecting voice quality
  • Cable routes through any of four recessed pathways on the microphone base
  • UniGuard RFI-shielding technology offers outstanding rejection of radio frequency interference (RFI)
  • Heavy die-cast case and non-slip silicone foam bottom pad minimizes coupling of surface vibration to the microphone
  • Low-profile design with low-reflectance finish for minimum visibility
 
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