特控智迅 · Digital Conference System Solutions
48V phantom powered podium dual-head speech microphone with cardioid condenser capsules. Rich mid-low frequency response with clear and full vocal reproduction. Dual-head design provides broader pickup coverage. Both mic heads and goosenecks can be angled forward/backward for flexible positioning. Effectively rejects ambient noise. Ideal for lecterns, lecture halls, and conference podiums.
Parameter Specification Transducer Type Condenser (Electret) Pickup Structure Dual-Head Array Polar Pattern Cardioid Frequency Response 40Hz - 16KHz Sensitivity -42dB ± 1.5dB (1kHz, 0dB=1V/Pa) Output Impedance 600Ω ± 20% (1kHz) THD 0.9% / 1kHz, 94dB SPL Power Supply 48V Phantom Power Switch Type Touch Switch (ultra-durable, high anti-static noise) LED Indicators Dual-head red LEDs Audio Cable 7-meter dual-core shielded, XLR female to XLR male Interference Rejection RFI/EMI shielding Weight 4.56kg (4560g) Color Black Adjustment Both heads and goosenecks pivot forward/backward
Designed specifically for lecterns and podium presentations, this dual-head speech microphone features dual cardioid electret condenser capsules in an array configuration that delivers wider sound coverage while maintaining rich, full-bodied mid-low frequency response with clear and natural vocal reproduction—effectively suppressing ambient noise. Both mic heads and goosenecks can be angled forward and backward for flexible positioning, accommodating speakers of varying heights and sitting/standing postures. Equipped with an ultra-durable, high anti-static noise touch switch with a red LED indicator on each mic head that illuminates when active for clear status monitoring. Powered by 48V phantom power, it comes with a 7-meter dual-core shielded audio cable (XLR female to XLR male) with RFI/EMI interference rejection for stable signal transmission. The dual-head configuration is ideally suited for government lecture halls, university auditoriums, corporate press conferences, assembly halls, and conference podiums requiring broader sound coverage.
