|
MKH 8090 |
General Description
The
MKH 8090 is a high-end RF condenser microphone with a wide cardioid pick-up pattern. It is the ideal main microphone when less
acoustic impression of space is demanded. As a support microphone
it excels in capturing larger groups of instruments. The microphone
operates on the RF principle that has been used by Sennheiser for
more than 50 years, now brought to the highest level of perfection.
Among the many advantages of this principle are an extremely low
inherent self-noise, the capability to handle high sound pressure
levels without distortion, and a high resistance to adverse
climatic conditions. |
MKH8090
|
| Features |
· Wide cardioid pick-up
pattern
·
Wide frequency response 30 to 50.000
Hz
·
Very natural sound
· Can be used as an digital microphone – with the MZD
8000 digital module
· Exceptionally low
inherent self-noise
· Symmetrical
transducer technology ensures extremely low distortion
· Transformerless, fully floating balanced output
· High output signal
· Rugged metal housing
with non-reflective Nextel® coating
· Extremely weather-proof due to high-frequency
circuit
·
Extensive range of
accessories
·
Timbrally identical with the other
8000-series microphones for optimum aural compatibility
|
| Technical
Data |
|
Dimensions |
diameter 19 mm, length 41 mm (incl. XLR- module
MZX 8000: 75 mm) |
|
Audio-XLR
connector |
XLR-3M balanced, transformerless,
floating |
|
Frequency
response |
30 Hz to 50 kHz |
|
Transducer
principle |
RF condenser microphone |
|
Weight |
(incl. XLR-module MZX 8000: 55 g) |
|
Pick-up
pattern |
wide cardioid |
|
Sensitivity in free
field, no load (1kHz) |
20 mV/Pa (34 dBV/Pa) with filter module MZF 8000:
6,3 mV/Pa ( 44 dBV/Pa) |
|
Nominal
impedance |
25 Ohm |
|
Min. terminating
impedance |
2000 Ohm |
|
Phantom
powering |
48 V +/- 4 V |
|
Equivalent noise
level |
13 dB(A) |
|
Equivalent noise level
weighted as per CCIR 468-3 |
23 dB |
|
Maximum sound pressure
level (passiv) |
142 dB SPL with and without filter module MZF
8000 |
|
Current
consumption |
3,3 mA |
|
|
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