Eclipse ZA1200 - Page 19

SW8200 Series
SW6200 Series
12˝ Subwoofer (4Ω)
SW8200
10 ˝ Subwoofer (4Ω)
SW8000
• RMS power handling: 670W/625W • Max. power handling: 2000W/1900W • Linear transducer technology • Solid aluminum cone heat sink • Single 4Ω compound linear voice
coil • 200oz dual stacked magnet • Aluminum cast basket • Aluminum cast magnet heat sink • SBR synthetic rubber surround • Polyester-cotton spider
• QCA (Quick Change Assembly) technology • 10 awg push and screw terminal
12˝ Subwoofer (4Ω)
SW6210
10 ˝ Subwoofer (4Ω)
SW6010
• RMS power handling: 500W/450W • Max. power handling: 1500W/1300W • Kevlar composite cone • Dual 4Ω aluminum voice coil • ABS + 15% fiber-filled magnet
coverd • Injection santoprene surround • Rubber gasket • Flat pc spider • Air vent cooling system • Quad 10 awg chrome terminal
Meeting the highest audiophile expectations for low-frequency
reinforcement.
Easier-to-install compact low frequency driver with performance
equal to larger units.
Heavy-duty 12˝ low frequency premium speaker component driver with
aluminum cone designed to augment genuine full-bandwidth systems.
With increased power handling and cone excursion, the SW6010
incorporates technological advancements that make it one of the most
powerful subwoofers in the 10˝ class available today.
Subwoofers
Redesigned for greater power handling and extended cone excursion.
No-compromise low frequency drivers that establish a rock-solid foundation
for music to dynamically build on.
2008 Mobile Entertainment Brochure 19
By shaping the turn distribution of a
wire coil a more optimal force
linearity can be achieved. In practical
terms, ECLIPSE’s shaped coil
winding allows greater linearity in the
motor’s peak-to-peak travel,
reducing distortion for
better-sounding low frequencies.
ECLIPSE linear transducer technology*
* Patent pending
25
20
15
10
5
0
-50 -40 -30 -20 -10 0 10 20 30 40 50
BI (N/A)
BI vs. x
dispiacement (mm)
Bi fit between -24mm and 28mm
Non-Linear Voice Coil Linear Voice Coil
20
16
12
8
4
0
18
14
10
6
2
-50 -40 -30 -20 -10 0 10 2030 40 50
BI (N/A)
BI vs. x
dispiacement (mm)
Bi fit between -24mm and 28mm
Linear Transducer
speaker’s flat BL (force)
vs. displacement (travel)
graph compared to a
conventional speaker’s
bell-shaped curve.