Sennheiser e 935 Handheld microphone (cardioid, dynamic) with 3-pin XLR-M

Vendor: sennheiser
Descriptions Sennheiser e 935 Handheld microphone (cardioid, dynamic) with 3-pin XLR-M Sennheiser e 935 is a dynamic handheld microphone that can be used to capture vocal and speech performance in applications for live...
$179.95 $219.95
Title

Descriptions

Sennheiser e 935 Handheld microphone (cardioid, dynamic) with 3-pin XLR-M

Sennheiser e 935 is a dynamic handheld microphone that can be used to capture vocal and speech performance in applications for live stage, theater, rehearsals, meetings and more. The design of Sennheiser e 935 rejects off-axis noise and feedback and its 40 Hz to 16 kHz frequency response is tailored for vocal use. The Sennheiser e 935 microphone cable is designed to be extremely quiet and create protection against EMI, RFI and static noise. Additionally Sennheiser e 935 tripod mic stand is designed for heavy duty use with a 30” fixed-length boom will secrely hold the mic during performance and it can folds for easy portability and transport.

The Sennheiser e 935 is a cardioid vocal stage microphone specially designed to perform under pressure while cutting through the mix with its high output. Made for the working musician. Excellent sound results guaranteed, day to day, 365 days a year. First choice for rental companies.

Sennheiser e 935  Includes (1) MZQ 800 clip and (1) carrying pouch (11.6 oz)

Sennheiser e 935 Product Highlights

  • Metal construction: Rugged and reliable

  • Shock-mounted capsule: Low sensitivity to impact and handling noise

  • Cardioid pickup pattern: Insulation from other on-stage signals

  • Hum compensating coil: Reduces electrical interference

  • Neodymium ferrous magnet with boron: Keeps microphone stable regardless of climate

  • Made in Germany

  • Supplied Accessories

  • 1 Protective pouch

  • Dimensions - 47 x 151 mm
  • Connector - XLR-3
  • Frequency response (Microphone) - 40 - 18000 Hz
  • Weight - 355 g
  • Sensitivity in free field, no load (1kHz) - 2,8mV/Pa = -51dB (0 dB = 1V/Pa) = -71 dB (0 dB = 1V/ubar)
  • Nominal impedance - 350 Ω
  • Min. terminating impedance - 1000 Ω