57
Basic Operations—Continued
You can adjust the bass and treble for the front speakers,
except when the Direct or THX listening mode is
selected.
■ Bass
You can boost or cut low-frequency sounds output by the
front speakers from –10 dB to +10 dB in 2 dB steps.
■ Treble
You can boost or cut high-frequency sounds output by
the front speakers from –10 dB to +10 dB in 2 dB steps.
Note:
To bypass the bass and treble tone circuits, select the
Direct or THX listening mode.
You can display various information about the current
input source as follows.
Note:
This procedure can also be performed on the AV receiver
by using its [Display] button.
The following information can typically be displayed for
input sources.
* If the input signal is analog, no format information is displayed.
If the input signal is PCM, the sampling frequency is displayed.
If the input signal is digital but not PCM, the signal format and
the number of channels is displayed. For some digital input sig-
nals, including multichannel PCM, the signal format, number of
channels, and sampling frequency is displayed.
Information is displayed for about three seconds, then the previ-
ously displayed information reappears.
You can adjust the brightness of the AV receiver’s dis-
play.
Adjusting the Bass & Treble
1
AV receiver
Press the [Tone] button repeat-
edly to select either “Bass” or
“Treble”.
2
AV receiver
Use the Tone Down and Up
[–]/[+] buttons to adjust.
Tip:
This procedure can also be performed
on the remote controller by using
[Audio] button (see page 110).
Display
Dimmer
Muting
Sleep
SP Layout
Tone, –, + Dimmer
Display
Press
[Receiver]
first.
Displaying Source Information
Remote
controller
Press the [Receiver] button, and
then press the [Display] button
repeatedly to cycle through the
available information.
Setting the Display Brightness
Remote
controller
Press the [Receiver] button, and
then press the [Dimmer] button
repeatedly to select: dim, dim-
mer, or normal brightness.
Alternatively, you can use the AV
receiver’s [Dimmer] button (North
American models).
Sampling
frequency
Input source
Signal format*
Listening
mode
Input Signal
Resolution
Output
Resolution
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