Audio-Technica 10-channel UHF Wireless Mic System - Headset - Beige automatically finds and selects a crystal clear frequency! Audio-Technica's innovative 2000 Series headset wireless system delivers professional performance at an incredible price. With this breakthrough series, Audio-Technica makes easy setup, automatic scanning and other advanced wireless features affordable. Automatic frequency scanning finds and sets the best available channel at the touch of a button. For those using multiple wireless systems simultaneously, the 2000 Series offers another ease-of-use standout any of its 10 channels may be used together-eliminating confusing frequency groups and other frequency-coordination problems. True Diversity operation reduces dropouts by selecting the better signal from the two receiver sections. Audio-Technica's Tone LockÖ squelch system fights interference. If you're looking for dependable performance and great sound quality order the Audio-Technica 10-channel UHF Wireless Mic System - Headset - Beige today!
Overall System Specifications Operating Frequency: 656.125 to 678.500 MHz Number of Channels: 10 total Frequency Stability: ¦0.005% Phase Lock Loop frequency control Modulation Mode: FM Normal Deviation: ¦5 kHz Operating Range: 300' typical Operating Temperature Range: 41¦ F (5¦ C) to 113¦ F (45¦ C) Frequency Response: 100 Hz to 15 kHz Receiver Specifications Receiving System: Dual independent RF sections automatic-switching diversity Image Rejection: 55 dB nominal 50 dB minimum Signal-to-noise Ratio: >100 dB at 40 kHz deviation (A-weighted) maximum modulation 40 kHz Total Harmonic Distortion: Sensitivity: 20 dB¦V (S/N 60 dB at 5 kHz deviation IEC-weighted) Intermediate Frequency: 65.75 MHz 10.7 MHz Audio Output: Unbalanced: 25 mV (at 1 kHz ¦5 kHz deviation 100k ohm load); Balanced: 12.5 mV (at 1 kHz ¦5 kHz deviation 100k ohm load) Output Connectors: Unbalanced: 1/4 (6.3 mm) phone jack; Balanced: XLRM-type Power Supply: 120V AC 60 Hz or 12-18V DC 350 mA with external supply Dimensions: 8.27 (210.0 mm) W x 1.73 (44.0 mm) H x 6.39 (162.2 mm) D Weight: 2.2 lbs (1.0 kgs) Accessories Included: Two flexible UHF antennas rack-mount adapters AC adapter Bodypack Transmitter Specifications RF Power Output: 12 mW Spurious Emissions: Under federal regulations Input Connections: High impedance low impedance bias Batteries: Two 1.5V AA alkaline (not included) Current Consumption: 150 mA typical Battery Life: Approximately 9 hours (depending on battery type and use pattern) Dimensions: 2.60 (66.0 mm) W x 3.63 (92.3 mm) H x 0.89 (22.5 mm) D Net Weight: 2.82 oz (80 g) Headset Microphone Element: Condenser Polar Pattern: Omnidirectional Frequency Response: 20-20000 Hz Open Circuit Sensitivity: û44 dB (6.3 mV) re 1V at 1 Pa Maximum Input Sound Level: 122 dB SPL 1 kHz at 1% T.H.D. Signal-to-Noise Ratio: 60 dB 1 kHz at 1 Pa Power Requirements: Voltage Range: 2.5-11V; Current Consumption: 0.1 mA typical @ 5V Weight: Microphone boom & earpiece: 0.08 oz (2.4 g) Dimensions: Microphone: 0.32 (8.1 mm) long 0.11 (2.7 mm) diameter; Boom: 3.87 (98.4 mm) long 0.042 (1.07 mm) boom diameter Cable: 55 (1.4 m) beige terminated with locking 4-pin connector for A-T UniPak™ body-pack wireless transmitter Accessories Furnished: Two windscreens; two element covers; clothing clip; moisture guard; carrying case
Serious advances in affordable professional wireless Clear sound quality and rock-solid dependable performance Automatic frequency scanning finds an open channel at the touch of a button All 10 user-switchable channels are compatibleùfor easy use with multiple systems; no confusing frequency groups True Diversity operation selects the better signal from the two receiver sections reducing dropouts Tone Lock™ tone squelch system fights interference Rugged metal half-rack receiver with soft-touch controls and LCD display featuring RF and AF metering Balanced XLR and unbalanced 1/4ö output jacks enable use with a wide variety of audio gear Includes rack-mount kit and detachable UHF antennas Ground-lift switch helps eliminate audible hum caused by ground loops between the sound system and receiver