Austrian Audio OC18 Gebruikershandleiding - Pagina 2
Blader online of download pdf Gebruikershandleiding voor {categorie_naam} Austrian Audio OC18. Austrian Audio OC18 2 pagina's. Large-diaphragm condenser microphone
Pagina afdrukken
How to Operate the OC18:
The OC18 requires phantom power, so please make sure that you are supplying it according to P48
(48V +/- 4V). Peak current consumption is below 2.2 mA. Almost all state-of-the-art professional
mixing consoles, preamps and audio interfaces provide enough power, however some battery driven,
or older devices may fail to do so!
Setting up the OC18:
For optimum performance, do not cover the grill of the OC18, and always ensure a secure fit in the
OCH8 (holder) or OCS8 (suspension).
Always place your sound source to face our beautiful logo!
High Pass Filter:
The high pass filter is a powerful tool to reduce unwanted low frequencies, like stage noise, handling,
or your Uncle Albert's singing.
''0'' means not active
nd
''40'' is a high pass 2
nd
''80'' is a high pass 2
st
''160'' is a high pass 1
Pad Switch:
The Pad switch reduces the sensitivity of the microphone and prevents overloading the microphone
in loud environments.
''0'' means not active
''-10'' means that the microphone is 10 dB less sensitive
''-20'' means that the microphone is 20 dB less sensitive
''-30'' means you may need to see an optician, as there is no "-30" position.
Note: The -10dB position reduces the bias voltage of the capsule, so the microphone can take 10dB
more input (I am looking at you there, trombone jockey), whereas the -20db Setting reduces the gain
by another 10 dB to protect your mixer preamp from overload.
Made in Austria
This product conforms to the standards listed in the Declaration of Conformity and can be found at
http://austrian.audio/OC18
Copyright Austrian Audio 2019.
OC18_Manual_v01 – 29.05.2019
order filter at 40 Hz
order filter at 80 Hz
order filter from 160 Hz to 80 Hz, and a high pass 2
All rights reserved by
Austrian Audio GmbH
Eitnergasse 15
1230 Wien
nd
order filter below 80 Hz.