ultimate goal is accurate audio reproduction, the
less variation in loudness between frequencies in other words, the flatter the frequency response chart is - the better the speaker quality.
In a frequency response chart, you want to see
a flat line instead of a line with peaks and valleys.
Given a perfect signal from an audio source
and amplifier, variances from the ideal flat
frequency response can often be attributed to the way a speaker is built.
en to this
Materials matter
When you compare speaker specifications, you’ll find that the cones found in
each driver can be made out of different
materials. You’ll see cones made out of
paper, aluminum, polypropelene, or
things like ceramic/glass fiber polymer. Why such variety in devices that
do the same thing: Push the air to create sound waves?
To push air, most cones move in and
out like a piston, but at certain frequencies, cones will flex instead. Flexing distorts the sound; by using more
rigid materials, designers try to keep
that flexing to a minimum.
The sound quality of a speaker is the result of several elements—materials, design, and execution—and every detail
matters in the final sound. We know how
complicated it can be to build a great-sounding set of speakers, head phones or earbuds. Great sound is both a science and an
art and our specialists. we love to talk about
sound and speakers.
But we also know that it’s not about talking,
IT’S ALL ABOUT LISTENING.
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