Product
Single Channel UHF Wireless Microphone T-530A T-530B T-530C
Adopt international standard EIA 1/2 width and 1U high metal chassis, which can be mounted directly to the rack. * The use of ultra-high frequency UHF true diversity reception and multi-channel digital phase locked loop DPLL frequency synthesis technology; *
* Adopt international standard EIA 1/2 width and 1U high metal chassis, which can be mounted directly to the rack.
* The use of ultra-high frequency UHF true diversity reception and multi-channel digital phase locked loop DPLL frequency synthesis technology;
* Provide 640-665M Hz and 100 frequencies 740-765MHz two each. Single-channel true diversity reception, avoid off-frequency phenomena and prolong the receiving distance.
* Super anti-jamming capability, can effectively suppress the noise caused by external interference and co-channel interference.
* LCD display window, channel, frequency, RF signal strength, antenna selection information action, AF audio output intensity, dynamic sweep.
* With infrared frequency transmitter frequency locked automatically synchronize ACT function.
* Rear receiving antenna separation design, true diversity dual antenna diversity receiver and the sound code, noise lock dual mute circuit, receiver distance, easily dropped.
* Internal SQ can increase receiver sensitivity adjustment to increase or decrease the sensitivity of the receiving distance in order to avoid noise interference.
* The receiver can be an external directional gain antenna system for increasing the reception distance and stable reception; the ideal state can be up to about 200 meters.
System Specifications |
|
Frequency range |
UHF740-830 Mhz total of two segments |
Modulation Mode |
Bandwidth FM |
Adjustable range |
25MHz |
Channels Number |
400 |
Channel spacing |
250KHZ |
Frequency stability |
± 0.005% or less |
Dynamic range |
100dB |
The maximum deviation |
± 45KHZ |
Audio response |
80HZ-18KHZ (±3dB) |
Integrated SNR |
> 105dB |
Integrated distortion |
≤0.5% |
Working distance |
100 meters |