Dual UHF wireless microphone set with bodypacks, headset and lavalier, 2-channel rackmount - DEFINITIVE AUDIO TD 200 PT

The Definitive Audio TD 200 PT UHF wireless microphone system includes two bodypack transmitters with headband and lavalier microphones and a 19" 1U two-channel True Diversity rack receiver that noticeably improves reception quality during use. The PLL receiver has two colour LCD displays and control buttons for management and necessary settings; frequency coverage is 580 to 608 MHz. TD 200 PT offers remarkable sound performance with clear, crisp, precise results.

A pair of bodypack wireless microphones (lavalier microphone plus headband) works with the UHF True Diversity receiver on a PLL phase-locked circuit for stable characteristics and low harmonic radiation. Maximum transmission power is 13 dBm (depending on the regions); transmitter power up to 30 mW. The integrated antenna distribution system reduces mutual interference of antenna radiation. More preset groups in frequency grouping align with the frequency of use; switching bandwidth up to 50 MHz for up to 2000 frequencies (depending on the regions). The receiver features dual colour LCD displays, a 1U rack chassis, included rack mounting lugs, and two separate antennas for better reception. Two balanced XLR outputs join a balanced jack mix OUT. ACT performs wireless transmitter synchronization through the infrared interface. Transmitter secondary display background colour adjusts to match the receiver display. Product flat frequency response spans 50 Hz to 16 kHz; adjustable 7-band equalization processor.

User benefits: True Diversity receiver, stable reception thanks to the PLL phase-locked loop, bandwidth up to 50 MHz for up to 2000 switchable frequencies, adjustable 7-band equalization processor, transmitter power up to 30 mW. Areas of use: live events and shows, conferences and presentations, broadcast, institutional environments, teaching and training, DJ. Bodypack transmitter (×2) with colour-type LCD display; receiver oscillation mode PLL Phase-Locked Loop synthesis.