| Sign In | Join Free | My burrillandco.com |
|
Enhanced AF frequency range UHF Wireless Microphone 600 selectable frequencies Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T....
Auto Scan And Select A Clear Channel UHF Wireless Microphone Handheld OLED display screen Company Wireless Microphone The founder team of gestton enterprise, who entered the audio and video industry in 1994, ha...
UHF Wireless Microphone Handheld OEM 100M Enhanced AF frequency range 80 Channels One Time Company Wireless Microphone The founder team of gestton enterprise, who entered the audio and video industry in 1994, h...
Big Event,Performance,Live House UHF Wireless Microphone Equipped With Both XLR Balanced And 6.3mm Unbalanced More Detail would be send to you by contacting our sale representatives Receiver Parameter Wireless ...
UHF Wireless Microphone 600 selectable frequencies across 30MHz bandwidth Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T.H.D. ...
UHF Wireless Microphone Pilot tone squelch singing, big performance Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T.H.D. <0.7% ...
UHF Wireless Microphone stable transmission and quality for stage Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T.H.D. <0.7% @ ...
UHF Wireless Microphone clear voice and stable use professional sound Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T.H.D. <0.7...
Enhanced AF frequency range UHF Wireless Microphone 600 selectable frequencies Receiver Parameter (Wireless Microphone) Oscillation PLL Sensitivity 6dBμV, S/N>60dB at 25 deviation Max. Deviation Range ±45KHz T....
New design UHF Wireless Microphone high quality speech teaching Digital Mic Product Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop frequency con...
...h Soft-Touch Controls UHF Wireless Microphone Design For Big Events Receiver Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop frequency control...
... Convenient Simple 4 Channel Uhf Wireless Microphone System Preset Receiver Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop frequency control ...
UHF Wireless Microphone For Stage Performance XLR balanced hot new products digital Receiver Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop freq...
DJ Karaoke UHF Wireless Microphone Equipped With Both XLR Balanced And Ø6.3mm Unbalanced Outputs Receiver Parameter Frequency Stability ±0.005%, Phase Lock Loop frequency control Carrier Frequency Range UHF 510...
...UHF Wireless Microphone Very easy and quick to use thanks to OLED display Please feel free contact our sales representatives to get more product detail Receiver Parameter Frequency Stability ±0.005%, Phase L...
UHF Wireless Microphone For Stage Performance XLR balanced hot new products digital Receiver Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop freq...
DJ Karaoke UHF Wireless Microphone Equipped With Both XLR Balanced And Ø6.3mm Unbalanced Outputs Receiver Parameter Frequency Stability ±0.005%, Phase Lock Loop frequency control Carrier Frequency Range UHF 510...
...UHF Wireless Microphone Very easy and quick to use thanks to OLED display Please feel free contact our sales representatives to get more product detail Receiver Parameter Frequency Stability ±0.005%, Phase L...
New design UHF Wireless Microphone high quality speech teaching Digital Mic Product Parameter Main Frame Size EIA-Standard 19" 1U Channels Dual Channel Frequency Stability ±0.005%, Phase Lock Loop frequency con...