BADUN BD-200 UHF adjustable frequency 4-channel professional wireless microphone
Details:Receiver technical parameters:
Receiver technical parameters:
Frequency range: 730-850MHz
Oscillation mode: Dual phase-locked frequency synthesis (PLL)
Adjustment method: FM
Maximum frequency deviation: ±50KHz
Sensitivity: 18dBuV (adjustable)
Signal-to-noise ratio: ≥89dB
Audio response: 60Hz-15KHz (±3dB)
Audio output: 0-300mV/600Ω
Balanced output: 0-300mV/600Ω
Dynamic range: ≥105dB
Display: Large LCD screen displays the number of channels
Working voltage: DC 12V
Working current 450mA
Working temperature: -10℃ to +40℃
Features:
1. Secondary frequency conversion technology (good selectivity)
2. Dual phase-locked loop frequency synthesis technology (higher frequency stability)
3.396 channels to choose from (away from interference channels)
4. Infrared frequency matching technology (more convenient frequency selection)
5. Triple noise control
6. 32.768KHz pilot technology
7. The receiving sensitivity is continuously adjustable within a certain range
8. Dynamic range
Launcher: Base launcher
Transmitting antenna: built-in microstrip antenna
Number of channels: Depends on the receiver
Transmitter structure: plastic
Transmitter indication: power switch indication, low voltage indication, frequency confirmation indication
Transmitter Operation: Power Control
Handheld technical parameters:
Frequency range: 730-850MHz
Transmitting power: 10mW
Oscillation mode: Phase-locked loop frequency synthesis (PLL)
Frequency stability: ≤ ±0.005%
System mode: FM
Maximum frequency deviation: ±50KHz
Frequency selection: Receiver selection, infrared frequency matching determines the transmitter operating frequency
Pickup type: dynamic
Working power: 2 AA batteries
Working current: ≤100mA
Working temperature: -10℃ to +40℃
Features:
1. Infrared frequency matching technology (convenient, fast and reliable)
2. Phase-locked loop frequency synthesis technology
3. 32.768KHz pilot technology
4. Large dynamic range of sound
5. High sound restoration
6. Low power consumption