Andrea C1-1019800-1 Model ARRAY-2S SoundMAX Superbeam Array Microphone with 3.5 mm Connector, Two Unidirectional Microphones with Individual Channels to a Stereo Output

Andrea C1-1019800-1 Model ARRAY-2S SoundMAX Superbeam Array Microphone with 3.5 mm Connector, Two Unidirectional Microphones with Individual Channels to a Stereo OutputThe Array 2S is a stereo microphone with 2 microphones for left and right channel recording. When used with the optional Andrea Communications USB-SA or USB-MA and software purchased from Andrea Electronics, the Array 2S can be used as a beamforming array microphone and provides far-field speech recognition with the accuracy of a "close talking" microphone. The beamforming technology of the Array 2S offers superior quality and performance over a single element microphone.Key FeaturesTwo unidirectional microphones with individual channels to a stereo output12" - 48" Recommended operating distanceBeamforming technology eliminates background noise for clear, crisp sound transmissionFar-field speech recognition with the accuracy of a close talking microphoneSmall and compact for mounting on a desktop computer monitorSpecificationsElectrical Characteristics:Mic Supply Voltage: 1.4-5.04 VDCSupply Bias Resistor: 2.2K-3.9K OhmsOperating Current (each channel): 0.5 mAOutput Impedance at 1 KHz: 200 OhmsMax SPL Input at 1 KHz: 115 dB (3% THD at 3.7V)Max Output (THD <3% at 1 KHz): 24-120 mVmsSensitivity at 1kHz: -40 to -37dBVFrequency Response: 50 - 8000 HzNoise: 20 uVrmsOperating Temperature: 0 to 70°CAcoustic Characteristics:Recommended Operating Distance: 12" - 48" (Varies with application)Acoustic signal reduction at 1 KHz Outside of 30º Beamform: 15-30dBNoise Reduction: 20-25dB

• Two unidirectional microphones with individual channels to a stereo output
• 12" - 48" Recommended operating distance
• Beamforming technology eliminates background noise for clear, crisp sound transmission
• Far-field speech recognition with the accuracy of a close talking microphone
• Small and compact for mounting on a desktop computer monitor