Audio Technica ATW-C5400, Interchangeable Mic Capsule

Vendor: Audio Technica
Descriptions Audio Technica ATW-C5400, Interchangeable Mic Capsule Audio Technica ATW-C5400 is an Interchangeable and a cardioid condenser microphone capsule compatible with the ATW-T3202 3000 Series (4th Generation) handheld transmitter. Audio Technica ATW-C5400 is a...
$379.00
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Audio Technica ATW-C5400, Interchangeable Mic Capsule

Audio Technica ATW-C5400 is an Interchangeable and a cardioid condenser microphone capsule compatible with the ATW-T3202 3000 Series (4th Generation) handheld transmitter. Audio Technica ATW-C5400 is a cardioid polar pattern helps control feedback and reduces the pickup of unwanted, off-axis sounds. The Audio Technica ATW-C5400 has a multi-stage grille that can povides protection against plosives and sibilance without compromising clarity, while the large-diaphragm, condenser transducer delivers a wide, 20 Hz to 20 kHz linear frequency response with a smooth, natural sounf at high frequencies, ideal for speech and close-up vocal use in live-sound or studio applications.

Audio Technica ATW-C5400 Product Features

  • Interchangeable condenser microphone capsule compatible with ATW-T3202 3000 Series (Fourth Generation) handheld transmitter
  • For close-up vocal use in live-sound and studio applications
  • Cardioid polar pattern helps control feedback and reduces pickup of unwanted off-axis sounds
  • Large-diaphragm condenser element handles high sound pressure levels and provides a wide, 20 Hz to 20 kHz linear frequency response with a smooth, natural sound at high frequencies
  • Equivalent to AE5400 handheld microphone
  • Rugged multi-stage grille provides multiple layers of protection against damage and noise caused by plosives
Compatibility  ATW-T3202 3000 Series (Fourth Generation)   handheld transmitter
Transducer  Externally polarized (DC Bias) condenser
Polar Pattern  Cardioid
Frequency Response  20 Hz to 20 kHz
Dynamic Range (Typical)  133 dB, 1 kHz at Max SPL
Maximum Input Sound Level  147 dB SPL, 1 kHz at 1% T.H.D.