Owner's Manual
Table Of Contents
INPUT
0
LEFT
RIGHT
611
EACH
CHANNEL
8!1/8!1
an
an
an
24fl
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1
+-
r-
1
-t
j
Series/Parallel
-
It
is
possible
to
utilize
various
series/parallel'hook-up'
topologies
to
increase
the
number
of
loudspeaker$
----~--
driven
on
an
amplifier.
See
diag.
4
for
one
example
of
a
series/parallel
hook-up
topology.
.
_J_
Note:
Mis-matching
the
speaker
impedance
such
that
it
is
below
the
minimum
impedance
rating
of
an
amplifier
channel
can
damage
the
amplifier
and
degrade
performance.
If
the
application
requires
more
than
2
speakers
per
amplifier
channel
---+-
wired
in
parallel,
a
distributed
line
system
should
be
considered.
Also
check
your
amplifier's
manual
for
cautions
and
recommendations.
Importance
of
Correct
Polarity
("In-Phase/Out-of-Phase")-
When
two
loudspeakers
are
wired
with
opposite
polarity
("out-of-phase")
relative
to
each
other,
the
low
frequencies
of
the
loudspeakers
cancel
each
other,
even
though
the
speak-
ers
are
"working
hard."
Trying
to
correct
the
lack
of
bass
with
an
equalizer
can
damage
your
loudspeakers--
equalization
cannot
correct
polarity
errors
.
Always
make
sure
multiple
speakers
are
connected
in
proper
polarity
.
(See
"Poor
Low
Frequency
Output"
in
the
Troubleshooting
section
for
instructions
about
how
to
detect
and
correct
polarity
problems.)
INPUT
AMPLIFIER
TYPICAL
100WATI
70V
OR
100V
OUTPUT
6 x 7.5
WATI
=
45
WATI
TOTAL
LOAD
ON
AMPLIFIER
•
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