Sennheiser MKH-416 Short Shotgun Interference Tube Microphone

The Sennheiser MKH 416 is a short shotgun interference tube microphone for film, radio, and television, especially for outside broadcast applications. Excellent directivity and compact design, high consonant articulation and feedback rejection.


$45.00 / day

Description

The Sennheiser MKH 416 is a compact pressure-gradient microphone with short interference tube, highly immune to humidity due to its RF condenser design. Featuring high directivity, low self noise, high consonant articulation and feedback rejection, the MKH 416 can handle difficult exterior filming and reporting conditions without any difficulty. Supercardioid/lobe pattern, matte black finish, supplied with the MZW415 windscreen

Its excellent directivity and compact design, high consonant articulation and feedback rejection make the MKH 416 a superb all-around microphone for film, radio and television, especially for outside broadcast applications.

Interference Tube Principle
Pressure gradient receiver with short interference tube

  • Employs RF-technology to control residual microphone noise. Optimizing the transducer’s acoustic impedance results in a further improvement in low noise performance.
  • The RF-design yields exceptionally low noise levels and is virtually immune to humidity and moisture.
  • The comparatively low RF-voltage across the elements of the transducer also eliminates arcing and DC-bias creeping currents.
  • Hypercardioid at low and medium frequency, above 2kHz approaches lobar pattern
  • Very low inherent self-noise
  • High sensitivity
  • Transformerless and fully floating balanced output
  • Rugged, suitable for adverse climatic conditions
  • Matt black all-metal body
  • Increased directivity
  • Optimum S/N ratio
  • Lower gain on input channels required
  • Lowest noise and greatest signal stability
  • Highly immune to humidity in all conditions; extremely stable
  • Visually “low key”

Features

  • Pressure gradient receiver with short interference tube
  • Hypercardioid at low and medium frequency
  • Above 2kHz approaches lobar pattern