Telex PolarChoice PC-Satellite 18" Free-Standing Wireless Gooseneck Multi-Pattern Condenser Mic, 50Hz-20000Hz Frequency Response, 1000 Ohms Output Impedance

The Electro-Voice PolarChoice PC-Satellite 18" Free-Standing Wireless Gooseneck Multi-Pattern Condenser Microphone is a free-standing gooseneck style microphone, firmly anchored in place by its elegantly designed base, and is highly-shielded from RFI/GSM thanks to EV's exclusive RF Shield technology. This low-profile foundation hides PolarChoice PC-Satellite's most powerful feature space for a wireless transmitter. Turn the base over to reveal the specially designed compartment for housing a Telex or Electro-Voice bodypack transmitter. Connect the microphone to the bodypack, set-up the wireless channel, and place PC PC-Satellite anywhere an easy-to-use microphone is required. No longer do you have to cut holes in tables, run long cables, or compromise the architectural integrity of an installation. With the Polar Choice PC-Satellite, anything is possible.

The PolarChoice PC-Satellite features an EV PolarChoice multi-pattern microphone. The multi-pattern versatility of the PolarChoice microphone makes it a true "problem solver". With one non-directional and three directional polar patterns available, the PolarChoice PC-Satellite microphone is ideal for virtually any installation. The PolarChoice PC-Satellite also includes a switchable high pass filter that greatly reduces any vibration induced noise pick-up.

The PolarChoice PC-Satellite is acoustically designed for high-quality sound reinforcement and broadcast applications. The frequency response is tailored for wide-range sound reproduction with very natural sound pick-up for either distant or closeup use. The PolarChoice PC-Satellite can be used on lecterns, podiums, desks, table-tops, or other applications. To maximize gain-before-feedback, the PolarChoice PC-Satellite's three directional polar patterns allow the user to pick the directional polar pattern for optimum effect. For those applications where gain-before-feedback is not a problem, an omnidirectional pattern is included. Applications requiring speaking close to the microphone at podiums, lecterns, or pulpits normally require a windscreen (included) to control breath noise and P-popping or, in some cases, wind noise from circulating air.