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Shure SM27 Cardioid Studio Condenser Microphone - Macsound Electronics & Theatrical Supplies

Shure SM27 Cardioid Studio Condenser Microphone

  • $709.00


The SM27 is a rugged and versatile large-diaphragm, side-address cardioid microphone, with low self-noise and extended frequency response that picks up vocal and instrument nuances with clarity. Durable Shure construction features three separate mesh layers that reduce wind and breath noise. Equally comfortable on stage or in the studio.

Features

  • Uniform cardioid pattern for superior off axis rejection
  • Superior transient response from a low-mass large Mylar diaphragm
  • Flat, neutral frequency response for natural reproduction on stage or in the studio
  • 3-position switchable low-frequency filter helps reduce unwanted background noise or counteract proximity effect for consistent, extended low-end
  • Durable metal construction.
  • Three separate mesh layers reduces wind and breath noise.
  • 15dB pad for performance consistency across a wider range of high SPL sources
    Performance Charataristics:
    • Extended frequency response
    • Low self-noise
    • Exceptional low-frequency reproduction
    • Can withstand high sound pressure levels (SPLs)
    • High output level
    • No crossover distortion
    • Uniform polar response
    • Superior common mode rejection and suppression of radio frequency interference (RFI)
      Applications:
      • Voice and vocals
      • Electric guitar amplifiers
      • Brass and woodwind instruments
      • Orchestras, choirs, and wind ensembles
      • Overhead miking of drums and percussion instruments
      • Close-miking of acoustic instruments such as piano, guitar, violins, drums, and percussion
      • Low-frequency instruments such as double bass and kick drum
      • Room ambience pick-up (guitar amplifier or drums)
      Note: Sound quality is strongly affected by microphone location and room acoustics. To achieve the best overall sound for a particular application, it may be necessary to experiment with microphone placement and room treatments.