Debra V3002 VHF Wireless Microphone Double Way Channel Design Anti- In

1.Professional intelligent dual wireless microphone system with VHF 170-280 MHz section, wide frequency response and high signal-to-noise ratio performance. High-precision quartz crystal frequency-locking technology that resists strong interference and minimizes RF interference and noise generated by other electronic and digital devices. 2.A double-way channel design:Smooth expression without interference, providing clear, noise-free wireless transmission and excellent sound reproduction.Dual independent antennas : Features VHF wireless system to have more transmitter range and be less prone to electric appliance interference. 3.VHF narrowband system, dual frequency design (channel A / B), dual channel voice distribution, independent adjustable volume control. With LCD screen. 4.In a good environment, a wide range of about 90-120ft, 1/4-inch mixed audio output jack, external amplifier or speaker, mixer, etc. 5.The microphone system complies with the new FCC frequency rules. Fixed frequency: 230.8MHz, 255.8MHz, Frequency stability: = 70 dB, low distortion rate: lt;0.5%. Description： VHF wireless microphone receiver system with 2 handheld microphones. Professional wireless microphone and receiver, easy to synchronize in two channels, simple setup and installation allows you to transmit clear sound immediately. Whether used for vocal performances, karaoke or conference room presentations on the stage, this wireless microphone with today #39;s latest system technology will allow you to enjoy a trouble-free and reliable wireless sound transmission experience. Handheld microphone: Modulation Mode: FM RF Power Output: gt; 13dBm Modulation: gt; 30KHz Power Current: lt;110mA Frequency Stability: = lt;0.002% Height Harmonic: lt;60dB Battery Powered:(2) x #39;AA #39; Batteries -Each System Receiver: Channel Frequency: VHF 230.8MHz, 255.8MHz Frequency Stability: = lt;0.002% Sensitivity: 30 dB S/N 3uv RF Image Rejection: -75dB Audio Dynamic Range: gt;70 db Audio Response