Sennheiser e 608 Instrument microphone (supercardioid, dynamic) for brass instruments, wind instruments and drums with flexible gooseneck and 3-pin XLR-M.

Vendor: sennheiser
Descriptions Sennheiser e 608 Instrument microphone (supercardioid, dynamic) for brass instruments, wind instruments and drums with flexible gooseneck and 3-pin XLR-M. Sennheiser e 608 is a Dynamic Instrument Microphone and this microphone is...
$169.95 $209.95
Title

Descriptions

Sennheiser e 608 Instrument microphone (supercardioid, dynamic) for brass instruments, wind instruments and drums with flexible gooseneck and 3-pin XLR-M.

Sennheiser e 608 is a Dynamic Instrument Microphone and this microphone is a miniature microphone specialized for capturing wind instruments, brass, percussion and drums. The Sennheiser e 608 has a features a miniature supercardioid element, mounted on an adjustable gooseneck. Sennheiser e 608 gooseneck mount allows for inconspicuous placement on instruments and easy adjustments of positioning.

The supercardioid polar pattern of Sennheiser e 608 is most effective at eliminating off-axis ambient sound that can cause feedback and residual noise. The dynamic element of Sennheiser e 608 is capable of being placed in close proximity to excessively loud instruments without resulting in noise or distortion. The Sennheiser e 608 rugged mount is designed for firm placement on instruments during lengthy performances.

Key Features of Sennheiser e 608

  • Dynamic microphone with gooseneck

  • Low sensitivity to structure-borne noise

  • Extremely rugged fiberglass housing with tear-resistant cable (XLR connector)

  • Simple handling and flexible positioning

  • Hum compensating coil

  • Highly effective shock mount

  • Dimensions - Ø 17 x 185 mm
  • Connector - XLR-3
  • Frequency response (Microphone) - 40 - 16000 Hz
  • Transducer principle (Microphone) - dynamic
  • Weight - 20 g
  • Pick-up pattern - super-cardioid
  • Sensitivity in free field, no load (1kHz) - 0,8 mV/Pa
  • Nominal impedance - 250 Ω
  • Min. terminating impedance - 1000 Ω