CASE STUDY SENNHEISER MKE600 Sennheiser electronic GmbH & Co. KG ( Deutschland ) The company name & logos, products name/models & p/n shown in this web page are properties of  Sennheiser electronic GmbH & Co. KG ( Deutschland )

Case Study nr. VFF1580-MKE600

Download User Manual : MKE600

TECHNICAL REPORT Technical Specifications Declared by the manufacturer Values measured in our tests Dimensions diameter 20 mm, length 256 mm Confirmed Microphone super-cardioid/lobar Confirmed Frequency response 40 Hz to 20 kHz Confirmed Max. sound pressure level with Phantom 132 dB SPL at P48 Confirmed  +/- 0,75 % variation ) Max. sound pressure level with battery 126 dB SPL 128,25 dB SPL Weight 128 g (without battery) Confirmed Sensitivity in free field, no load (1kHz) 21 mV/Pa at P48;  19mV/Pa with battery powering Confirmed  +/- 1,75 % variation ) Equivalent noise level 15 dB (A) at P48; 16 dB (A) with battery powering Confirmed  +/- 2,25 % variation ) Operating time approx. 150 hrs Duracell Quantum 1,5 V AA  164,5 hrs Duracell ion core ( Rechargeable ) ( NiMH 2400mAh ) 122,5 hrs Power supply external Phantom 48 V +/- 4V (P48, IEC 61938)  Confirmed Power supply internal 1 Standard Alkaline 1,5 V AA size ( not rechargeable ) Confirmed Power supply internal 2 Rechargeable 1,2 V AA size  ( See note operating time ! ) Confirmed Current consumption 4,4 mA at P48 4,25 mA at P48 ( Phantom supply ) Note ( meaning of colors ) Measured lower values Measured exact values Measured  better values !! Rate 99,89 % Final evaluation Excellent and exceptional! PRO CONS - Excellent quality and simple handling - Easy to use with DSLR Cmos Camera - Excellent S/N ratio and sensitivity in free field - High quality frequency response also with background ambient sounds - Battery switch with "Low Batt" indicator - Switchable "Low Cut" filter minimizes wind noise - Excellent suppression of structure-borne noise absolutely nothing ! GLOSSARY Frequency response : Frequency response measures the output level of a device at different frequencies Distortion : Distortion is the alteration of the original shape and /or other characteristic S/N ratio : Signal-to-noise ratio is a measurement that describes how much noise is in the output of a device, in relation to signal level ( dBu ) : Logarithmic voltage ratio with a reference voltage of V0 = 0.7746 volt ≡ 0 dBu Link to :  On-Line Conversion Voltage V to Voltage level Lu (dBu) and LV (dBV) Link Video : Duracell Rechargeables - Ion Core Technology

 

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