Shure MX202WP/AMS Microflex Overhead Supercardioid Microphone - Black

Shure MX202BP/S Microflex Overhead Choir Microphone Features: Microflex series hanging choir microphone Supercardioid pickup pattern for focused sound and excellent off-axis rejection Discreet black color for a low profile Flexible 4" gooseneck with a 30' cable Included plate-mount preamplifier Wide dynamic range and frequency response, for accurate sound reproduction The Easy-to-use Choir Mic! Capture a choir with stunning detail! Shure's MX202BP/S is a mini-sized microphone, but it sure does sound big. Just hang this microphone over the choir by using its 30' cable, then perfectly position it using the 4" gooseneck; it'll stay right in place. This Shure MX202BP/S even includes a plate-mounted preamplifier, so you won't need a separate power source. When everything is said and done, you won't believe how accurate the response is and how great the choir sounds coming through the PA system. And better yet, thanks to the slim design and the discreet black color, hardly anyone will even notice the MX202BP/S onstage, and the focus will stay right on the choir. Shure MX202 Overview: Ready for permanent ceiling installation, the black MX202BP/S Microflex Overhead Supercardioid Microphone with Plate Mount and Screw Terminals Connector from Shure is designed to capture high-quality audio in a compact, adjustable package for applications such as miking a choir, distance learning in a classroom, and for live stage and theater environments with performance groups. The MX202BP/S overhead uses a modular design with interchangeable mic cartridges; this model features a supercardioid capsule attached to a flexible 4" gooseneck and a 30' cable. The supercardioid pickup pattern helps to focus audio capture on the sound source directly in front of the capsule, reducing bleed from other sources and helping to keep feedback under control when sound reinforcement equipment is used. All of the mic capsules offer a wide dynamic range and a 50 Hz to 17 kHz frequency response. Other features include a balanced, transformerless output for increased immunity to noise and RF interference.