Audio Technica U857QU UniLine Condenser Microphone

Audio Technica U857QU UniLine Condenser Microphone

The Audio Technica U857QU UniLine Condenser Microphone feature Audio-Technica’s UniLine® line-cardioid element with a tightly focused 90º acceptance angle, it is a quick-mount gooseneck condenser microphone and professionally designed to be plugged in directly into a panel- or desk-mounted XLRF-type connector; it is 19.17” long. Its robust, ultra-flexible gooseneck permits easy adjustment into desired shape while resisting inadvertent repositioning. Also comes with the UniGuard® innovations that is offering unsurpassed immunity from radio frequency interference, the Audio Technica U857QU is able to accepth the interchangeable elements, available omnidirectional, cardioid, UniLine™, and hypercardioid line cardioid polar patterns. The phantom-powered microphone also is also offering an 80 Hz low-cut UniSteep® filter that is able to reduce the pickup of low-frequency ambient noise.

FEATURES

• Designed for high-quality sound reinforcement, professional recording and broadcasting
• UniLine polar pattern provides narrow 90° acceptance angle
• Superior off-axis rejection for maximum gain before feedback
• UniGuard® RFI-shielding technology offers outstanding rejection of radio frequency interference (RFI)
• Easy-to-adjust, rugged, small-diameter, alternating gooseneck with virtually no “memory” permits quick positioning into desired shape
• UniSteep® filter provides a steep low-frequency attenuation to improve sound pickup without affecting voice quality
• Self-contained electronics eliminate need for external power module
• Accepts interchangeable elements to permit angle of acceptance from 90° to 360°
• Two-stage foam windscreen yields dramatically improved resistance to P-pops and other breath blasts
• Quick-mount design with 3-pin XLRM-type connector insert at base plugs into any standard XLRF-type surface or cable connector
• Included shock mount attenuates noise, shock and vibration transmitted through the mounting surface

POLAR PATTERN

FREQUENCY RESPONSE