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Sony XM-C6000 - Output Adjustments

Sony XM-C6000
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Output
Adjustments
When
you
are
installing
either
a
2-way
or
2-Way
System
3-way
system,
adjust
the
balance
of
the
mid-
1
Turn
down
the
volume
of
the
head
unit
range
sound
first,
then
the
high
and
finally
the
completely.
Then
adjust
the
crossover
low.
frequencies
to
fit
the
connected
speakers’
Make
sure
that
the
bass
sound
is
turned
down
frequency
response
ranges.
See
page
17
compietely
while
adjusting
the
treble
and
the
about
the
crossover
frequencies.
mid-range
sound.
{f
the
bass
sound
is
present,
Set
the
FRONT
MID/REAR
FULL
LEVEL
it
will
be
difficult
to
balance
the
overall
sound.
and
the
FRONT
TWEETER/FRONT
FULL
After
these
adjustments
are
completed,
turn
up
LEVEL
controls
to
the
center
positions
and
the
bass
and
adjust
the
whole
balance.
the
SUB
WOOFER
LEVEL
control
to
the
MIN
position.
Playback
some
musie
and
turn
up
the
volume
to
a
moderate
level
with
the
head
unit.
Adjust
the
FRONT
MID/REAR
FULL
LEVEL
and
the
FRONT
TWEETER/FRONT
FULL
LEVEL
controls
to
the
optimum
level.
You
can
adjust
the
fader
control
of
the
head
unit
to
get
the
same
effect.
White
checking
the
congeniality
of
the
audio
relationship
between
the
speakers
to
be
smooth
and
natural
by
playing
back
some
music
with
a
lot
of
bass
sound,
adjust
the
SUB
WOOFER
LEVEL
contro!
to
balance
the
sound.
if
the
congeniality
of
sound
is
not
smooth,
readjust
the
LEVEL
controls.
lt
such
measures
do
not
improve
the
situation,
turn
down
the
volume
control
of
the
head
unit
completely
and
rearrange
the
settings
of
the
filter
selector
switches
and
then
readjust
the
LEVEL
controls.
7
Repeat
steps
1
to
6
until
the
optimum
sound
is
achieved.
ind
w
>
a
a
15
-
Output
Adjustm
ts
3-Way
.System
1
Turn
down
the
volume
of
the
head
unit
completely.
Then
adjust
the
crossover
frequencies
to
fit
the
connected
speakers’
frequency
response
ranges.
See
page
17
about
the
crossover
frequencies.
Set
the
FRONT
MID/REAR
FULL
LEVEL
and
the
FRONT
TWEETER/FRONT
FULL
LEVEL
controls
to
the
center
and
the
SUB
WOOFER
LEVEL
contro!
to
the
MIN
position.
3
Playback
some
music
and
turn
up
the
volume
to
a
moderate
level
with
the
head
unit.
Adjust
the
FRONT
MID/REAR
FULL
LEVEL
and
the
FRONT
TWEETER/FRONT
FULL
LEVEL
controls
to
the
optimum
fevel.
if
a
S-way
system
and
a
pair
of
full-range
speakers
are
installed,
adjust
the
balance
of
the
volume
of
the
front
and
rear
speakers
with
the
fader
control
of
the
head
unit.
While
checking
the
congeniality
of
the
audio
relationship
between
the
speakers
to
be
smooth
and
natural
by
playing
back
some
music
with
a
jot
of
bass
sound,
adjust
the
SUB
WOOFER
LEVEL
control
to
balance
the
sound.
id
a
wn
16
©
tf
the
congeniality
of
sound
is
not
smooth,
readjust
the
LEVEL
controts.
If
such
measures
do
not
improve
the
situation,
turn
down
the
volume
control
of
the
head
unit
completely
and
rearrange
the
settings
of
the
fiter
selector
switches
and
then
readjust
the
LEVEL
controls.
lf
the
congeniality
of
sound
between
the
speakers
is
difficult
to
achieve,
change
the
settings
of
both
PHASE
switches.
Adjust
the
SUB
WOOFER
LEVEL
and
LOW
BOOST
controls
according
to
your
taste.
Repeat
steps
1
to
8
until
the
optimum
sound
is
achieved.
Set
the
crossover
frequencies
by
changing
the
setting
of
each
filter
selector
switch
to
suit
the
frequency
response
of
the
connected
speakers.
See
the
diagram
below.
Setting
of
crossover
frequencies
.,
2
WAY
SUB
WOOFER
FRONT
REAR
LOW
MIDHIGH
LOW-PASS
FRONT
MI-PASS
S070
Hz
SOUTONDONNAO
Hz
REAR
HEPASS
SO/70/100/1a0
He
12
dBloc!
1B
aBioc!
3
WAY
MID
HIGH
MID-RANGE
Congeniality
of
Audio
Relationship
—Setting
of
Fitter
Selector
Switches
However,
in
some
cases
depending
on
the
different
types
of
car
and
the
tocation
of
the
speakers,
these
settings
may
implove
the
overall
sound,
if
the
bass
(LOW-PASS)
and
treble
(HIGH-
PASS)
filter
selector
switches
are
set
at
the
same
crossover
frequency
points,
both
audio
compasses
will
drop
by
3
dB
when
they
meet
and
the
overall
frequency
response
will
be
fiat.
See
diagram
(a).
if
the
filter
seictor
switches
are
set
to
different
frequencies,
the
overall
frequency
response
characteristics
may
have
uneven
sections.
See
diagram
(b)
and
(c).
-
(a)
(b) {c)
Paak
‘Overall
hequency
overall
frequency
response
ovetall
Kequency
response
response
Flat
chatacterisucs
characterauice
Dent
charactersice
ee
ase
e
LLL
Se
ee
WOR
sree
teeter
aware
MB
-
eee
eee
cane
ssateen
titer
°
characteristics
100
He
Hr
100
Hy
24
ehz
35
eee
(LOW
PASS.
sH-PASS!
(LOW-PASS:
LOWPASS)
=
pHLPASS;
HHEPASS:
17
|
Low
Boost
Characteristics
+410
(dB)
FREQUENCY
(Hz)
Block
Diagram
|
INPUT
OUTPUT
FRONT
(3
WAYI2
WAY)
Hi-PASS
{¥2dBvoct)
HIGHIFRONT
Fox
SOOT
5k/S
KH?
e
3.
WAY
Q
HI-PASS
LOW-PASS
.
(12¢Bvoct)
(reeBinee)
FAPOWER)
6
MIDIREAR
°
Fee
SO70N00/140
Ha
Fos
2
Akg
SWSKIFLAT
2
WAY
LOW
BOOST
Fo
340
Hz
e)
SUB
WOOFER
Gain
=
O-
«10
Hz
fd
LINE
OUT

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