HEiL soundPR 22 Noise-Rejection Microphone

• Generating Element: dynamic with strong Neodymium magnet assembly.
• Exclusive HEIL Sorbothane isolation system.
• Diaphragm: large 1-1/8" Low mass aluminum.
• Polar Pattern: cardiod, uniform front to back discrimination.
• Finish: matte black.

Combining a wide dynamic range with incredible noise rejection, low handling noise, and a gorgeous upper midrange, the PR 22 is the near-perfect live sound vocal mic. Its super-high SPL handling and superb frequency response make it a killer snare mic too. The Heil PR 22 represents completely redesigned dynamic microphone technology designed for a wide range of professional applications such as live sound, commercial broadcast, and sophisticated . The microphone's wide frequency range and outstanding low handling noise outperforms the tired, 30+ year old industry technology and can withstand huge as of SPL. The end result is a microphone that can answer the call to any application. For example, the gorgeous upper mid range makes the PR 22 among the best live vocal microphones, while its outstanding frequency response and superb dynamic range suit it perfectly for use with a snare drum. Since 1982, Heil Sound has been a leading manufacturer of communications microphones and has a para understanding of phasing. When properly applied, this knowledge creates outstanding cardioid patterns with unbelievable rear rejection that removes unwanted sounds that try to enter from the off axis rear. It's pattern control is outstanding. This exceptional performance is achieved by using the ideal combination of materials for the large low mass diaphragm and a special mixture of neodymium, iron, and boron that gives the PR 22 the strongest magnet structure available. In addition to the special magnet structure, the PR 22 microphone achieves its exceptional performance by using a large 1-1/8" low mass voice coil assembly with a very unique internal sorbothane suspension system that has been designed to reduce undesirable handling noise. Special attention has been paid to the phasing plug assembly with equally placed ports that sense audio from behind, entering them out of phase. Thus, it produces a very linear cardioid pattern and reduces the proximity effect wh...