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  Shure KSM141/SL Small Diaphragm Multi-Pattern Condenser Microphone

Shure KSM141
Shure KSM141
 
List Price: $499.00
Our Price: $399.00


Availability: Usually Ships in 24 Hours
Product Code: 9999-00277

 

Shure KSM141/SL Small Diaphragm Multi-Pattern Condenser Microphone

Shure KSM141 Small Diaphragm Multi-Pattern Condensor Microphone

Shure KSM141 Small Diaphragm Multi-Pattern Condenser Microphone Details
The Shure KSM141 is an end-address condenser microphone with mechanically switching dual polar patterns (cardioid and omnidirectional). Designed for studio use, yet rugged enough for live applications, the KSM141 can withstand extremely high sound pressure levels (SPL). Its low self-noise and extended frequency response make it ideal for recording musical instruments.

Shure KSM141
Small Diaphragm Multi-Pattern Condenser Microphone Features
  • A mechanical polar pattern switch for highly consistent cardioid and true omnidirectional polar patterns. Provides flexibility in a wide variety of recording applications
  • Ultra-thin, 2.5 micron, 24 karat gold-layered, low mass Mylar diaphragm for superior transient response
  • Class A, discrete, transformerless preamplifier for transparency, extremely fast transient response, no crossover distortion, and minimal harmonic and intermodulation distortion
  • Premium electronic components, including gold-plated internal and external connectors
  • Subsonic filter eliminates low frequency rumble (less than 17 Hz) caused by mechanical vibration
  • Three-position switchable pad (0 dB, 15 dB, and 25 dB) for handling extremely high sound pressure levels (SPLs)
  • Three-position switchable low-frequency filter to reduce background noise and counteract proximity effect
Shure KSM141 Small Diaphragm Multi-Pattern Condenser Microphone Features
  • Extended frequency response
  • Low self noise
  • Exceptional reproduction of low-frequency sounds
  • Can withstand high sound pressure levels (SPL)
  • High output level
  • No crossover distortion
  • Uniform polar response
  • Superior common mode rejection and suppression of radio frequency interference