CMX WM-U200C Wireless Microphone System Key 2 HAND

Description

CMX WM-U200C Wireless Microphone System Key 2 HAND

Introducing the CMX WM-U200C Wireless Microphone System Key 2 HAND Transmitter and Receiver Set! The Transmitter operates within the frequency range of 640-690MHz and features a flexible wireless receive mode. It boasts a high reception sensitivity of less than 108dBm, ensuring it captures signals effectively across distances. The Transmitter offers a wide audio frequency response, spanning from 30Hz to 18kHz, delivering clear and accurate sound reproduction. With a robust signal-to-noise ratio exceeding 85dB and minimal harmonic distortion of less than 0.5%, the Transmitter guarantees high-quality audio output.

On the connectivity front, the Transmitter provides A and B-balanced XLR outputs, along with a mixed 6.3mm jack output. It employs 2TNC 50Ω antenna plugs for stable signal transmission. Operating with an external power adapter, the Transmitter maintains reliable performance at distances of over 60 meters.

Similarly, the Receiver operates within the 640-690MHz frequency range and utilizes a micropower wireless transmit mode. Offering a broad selection of 200 channels, the Receiver maintains an input power of less than 10mW, ensuring efficient energy usage. The audio produced by the Receiver remains faithful to the source, spanning from 30Hz to 18kHz, and upholding a commendable signal-to-noise ratio and low harmonic distortion.

The Receiver showcases meticulous engineering with a frequency error of less than 15ppm and exceptional frequency stability within ±0.002%. Employing FM modulation mode, it operates with a current consumption of 100-120mA. Powered by just two 1.5V AA batteries, the Receiver maintains an economical energy consumption of approximately 120mA.

In summary, this Transmitter and Receiver set offers versatile wireless audio functionality within the 640-690MHz range. With superior audio performance and adaptable features, it suits a range of applications while ensuring efficient and high-quality audio transmission.