Array-mikrofonen giver et lydopsamlingsområde af korridortypen, som er meget forbedret i forhold til "hjertetype"-pegeegenskaberne for svanehalsmikrofonen, så højttaleren kan bevæge sig i et bredere område, mens lydkvaliteten og lydstyrken ikke er påvirket. Array-mikrofonen kan tilsluttes ethvert analogt enhedssystem (såsom dB-NET DSP-lydmatrix, digitalt automatisk mixersystem, mixer osv.) til Plug and Play
The SONICON series array microphones designed by VISSONIC adopt the ARRA-TechTM array microphone technology independently developed. The sound pickup distance is not less than 80CM. The corridor-type directional characteristics increase the acoustic transmission gain. The use of hidden microphones makes the conference room cleaner. The array microphone maintains a clear and stable pickup function, increasing the speaker's range of activity.
⚫ Unique modern design with touch button. ⚫ Using the self-developed ARRA-TechTM array microphone technology, ⚫ The pickup distance is 60~80CM. The establishment of a personal pick-up sound area, whether the speaker is standing, backward or sideways, provide freely speaking experience. ⚫ With no goose neck design, speakers and attendees can communicate without hindrance and the speaker also has a better visual effect. ⚫ The hidden adjustable gain knob can quickly set up the whole system according to the field sound amplification conditions. ⚫ 2m audio cable with XLR male connector for extending to the VISSONIC dB-NET series DSP audio matrix or any mixer system.
Microphone ………………………… Microphone Array Polar pattern ………………………… Corridor Control …………………………Touch button for on/off Frequency response …………………………30 - 18,000 Hz Optimal distance of the speaker …………………………60 - 80 cm Open circuit voltage at 1 kHz …………………………approx. 200 mV/Pa Output level with selector …………………………0dB,-5dB,-10dB or -20dB Nominal impedance ………………………… 200 Ω Load impedance ………………………… > 1 kΩ S/N ratio rel. to 1 Pa …………………………60 dB T.H.D ………………………… Voltage supply ………………………… Phantom powering 48 V ±4 V to 6.8 kΩ supply impedance 24 V ±4 V to 1.2 kΩ supply impedance Power consumption …………………………11 mA* Connection ………………………… 3 pins XLR
