Sennheiser MKH 50-P48

Super-Cardioid Condenser Microphone

$1,959.00
RRP $2,449.00


See more from Sennheiser

SKU: 003109


Contact Us for Availability
This item is currently out of stock, click below to request an ETA, and we will be in touch soon.

More info.

Make 4 payments of $489.75 over 8 weeks and get it now!


Calculate Shipping



Free Shipping - $0.00
Free Shipping Australia-wide


Super-cardioid microphone designed for use as a soloist's or spot microphone for applications requiring a high degree of side-borne sound muting and feedback rejection. Frequency-independent directional characteristics.

The super-cardioid MKH 50 offers a higher attenuation of diffusefield and lateral sound than the cardioid microphone. It is principally designed for use as a soloist's or spot microphone for applications requiring a high degree of side-borne sound muting and feedback rejection. The directional characteristics are frequency-independent.

  • High rejection of lateral sounds

  • Exceptionally low inherent self-noise

  • Transformerless and fully floating balanced output

  • Symmetrical transducer technology ensures extremely low distortion

  • Switchable roll-off filter to compensate for proximity effects at a distance of approx. 0.5 m

  • Switchable pre-attenuation

  • Black, anodised light metal body

SPECIFICATIONS

Dimensions: Ø 25 x 153 mm
Frequency response (Microphone): 40 - 20000 Hz
Transducer principle (Microphone): RF condenser microphone
Max. sound pressure level: 134 (142) dB / 1 kHz
Pick-up pattern: super-cardioid
Sensitivity in free field, no load (1kHz): 25 mV/Pa +- 1 dB
Nominal impedance: 150 Ω
Min. terminating impedance: 1000 Ω
Equivalent noise level: 12 (18) dB
Equivalent noise level weighted as per CCIR: 21 (27) dB
Current consumption: 2 mA
Battery Specification: 48 +- 4 V Phantom

What's in the Box

  • 1 MKH 50,

  • 1 MZS 40 shock mount,

  • 1 MZW 41 windshield

  • 1 Easy release clamp MZQ 40

  • Case 340x125x60


For more information, click here to visit the manufacturers website.