The new
SDR6200IRDA is a
Channel 38, UHF True Diversity Wireless Receiver which provides an exceptional signal performance in professional Radio Microphone system applications.
The new
SDR6200IRDA UHF Receiver utilises the highest quality technology and components for true high performance and multichannel wireless sound.
The high specification UHF microphone system offers 100 channel selection for greater control and resistance to interference.
This product should be used with compatible Transmitter/Microphones for full functionality and can be supplied as a ready-to-use complete system package, housed in strong, lightweight ABS case for safe storage and transportation.
Packages available for the SDR6200IRDA:
• Unity System 38H: SDR6200IRDA Receiver unit and SQ6100IRDA Handheld Transmitter/Microphone
• Unity System 38BH: SDR6200IRDA Receiver Unit, SM6100IRDA Transmitter Beltpack and MC-76X Headset Microphone
• Unity System 38BT: SDR6200IRDA Receiver Unit, SM6100IRDA Transmitter Beltpack and MC-15X Tieclip Lavalier Microphone
Microphone/Transmitter available for the SDR6200IRDA:
• SQ6100IRDA: Handheld Transmitter/Microphone
• SM6100IRDA: Beltpack Transmitter
• MC-76X: Headset Microphone
• MC-15X: Lavalier Tieclip Microphone
• HC-92: Charging station for both the SQ6100IRDA Handheld Microphone and the SM6100IRDA Beltpack Transmitter
NEW: IRDA facility allows the system frequency to be changed via Infra Red TX<-->RX = 2 way.
UHF Ch38 Frequencies:
For full details of Channel 38 available frequencies, please
click here
----------------------------------------------------------------------------------------------------------
• SUPPLIED: SDR6200IRDA Receiver and Power cable
----------------------------------------------------------------------------------------------------------
What is True Diversity:
A
True Diversity Receiver is a system which contains two independent antennas (spaced apart), rather than one, allowing the unit to continually select the strongest, and therefore the best, signal. The result is an exceptionally stable solution which defeats wireless microphone signal dropouts.