KOSS CM-1030 Owners manual

KCSS
CM
LOUDSPEAKER
SERIES
Owner's
Manual
Product
Concept
1
2 3
4
Product
THE CM/l030.
Concept
Using the computerized optimum 4 bandpass CM/l030's frequency initial design aligned and both a tweeter and unique acoustic transformer. together into a seamless, incredibly beautiful, full bandwidth Sound order
Deep,
available today matches
performance. and the
beginning with upward to distortion free. and new
The Koss Parallel in CM/1030's
drivers
decrease
dramatic
a ly of
Koss Theory of
program,
design started
response, bfficiency
specifications, the Koss Theory developed specific
characteristics
port
dual
of
crossover network.
Rich Low Bass
dual
range
breathtaki
loudspeaker midrange design
operating in
the
exciting
the midrange response.
system,
Koss, the CM/1030 features
The interaction between the
ports
fg
an Hz
300
The CM/1030's bass
that'll
turn
ng experience.
Midrange.
parallel
required decrease in increase in the overall brilliance
loudspeaker
Koss engineers set out to design the
(4way)
that
Performance.
creates
(3
that's
your
midrange. By utilizing the 4%-inch
parallel,
excursion
loudspeaker system. The
with
and cabinet
include a 10-inch
parallel
a
a treble tweeter
To
Koss CM/l030
the
a high energy bass response
down
OA
and
crisp
current
One df
Koss engineers
potential
design
setting the
midrange system,
that feature
sew the whole system
a special
No 4 bandpass system
point)
of
clean and virtually
response has a clarity
music library into
the major breakthroughs
the development
is
each
of
driver
driver,creating
distortion
its
and
parameters
From
size.
woofer,
quasi
bass
in 1O-inch woofer
29 Hz
on
of
were
able
and
presence
and
for
these a mass a
second-
whole
a
the to an equal-
I I
Tweeter high frequency bandpass tweeter unique increase in their dividing the high specific shaping bandpass advantage of
its
The Quasi woofer with
a 6 dB
between
2.5kHz with a slope between
dB
of 6
Treble
and
and a f-inch treble tweeter each enhanced by
acoustic transformer
driver bandpasses, the
increasing the
and
ranges.
of the optimum spectral
bandpass.
Second-order
and the
per
the
treble tweeter and tweeter is
per
octave.
Tweeter.
range is divided
respective bandpass ranges. By narrowing or
frequency bandpass range
Each
has been
parallel
octave slope,
parallel
Crossover.
midrange
midranges and the treble tweeter is at
of 18 dB
the
With
that creates a 6
CM/1030 is capable of
acoustic energy over each
carefully designed
characteristics
The
drivers is a 300
the
crossover
per
octave, and the
CM/l030, the
Koss
between a
into
crossover
frequency
7 kHz with
at
dB headroom
two
to take
between
Hz
crossover
-inch
f
a
the
of
a slope
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