AWM6122U - Plug-In-N-RechargeTM UHF Dual Channel Wireless Microphone System
The Audio2000'S AWM6122U Plug-In-N-Recharge UHF dual channel wireless microphone system is a rack-mountable wireless microphone system with the recharge mechanism right on the top of the receiver (AWR6122U) and on the microphone (AWX6120). Intended to be a solution provider for various application environment, the AWM6122U system is developed to provide the following benefits to the users:
Friendliness: The Plug-In-N-Recharge feature, with the recharge mechanism built right on the microphone and the receiver, makes the wireless microphone systems ready to be used at any time. Dependability: The AWM6122U system has been designed and manufactured to be dependable, problem free, versatile and easy to use. Portability: A rack-mount kit is included so that the AWM6122U system can be rack-mounted. Quality: The AWM6122U system has been engineered to have a wide audio frequency range, high S/N ratio, and outstanding performance. A delicately designed silence circuit eliminates static noise when the transmitters are either turned off or out of transmission range. An auto mute circuit is incorporated in these systems to effectively eliminate the popping noise when the switch is turned on or off.
FEATURES:
UHF Band Frequency
Recharge Mechanism Built-in on the Receiver
Balanced and Unbalanced Audio Outputs
Full Rack Case with Power and RF Indicators
Audio Level (AF) LED Indicators
RF Input with Built-in RF Preamplifier to Improve S/N Ratio, Sensitivity and Dynamic Range
Low Noise Mixer Circuitry for Reducing interference
Two Squelch Control Knobs (One for Each Channel) at the Rear Panel
12V-18V DC Power Supply
Recharge Mechanism at the Bottom of the Handheld Microphone
High Sensitivity Cardioid Capsule for Handheld Microphone
Noise Reduction Mechanism for Eliminating Handling Noise and Switch Shock Noise
Battery LED Indicator
Specifications:
Carrier Frequency Range
UHF Band
Frequency Stability
+/- 0.005%
Audio Frequency Response
50 - 15,000Hz
S/N Ratio
> 100dB
T.H.D.
< 0.5%