Description; Midrange; Woofers - REVELL Ultima Voice User Manual

DESCRIPTION

The Ultima VOICE center-channel speaker uses two 8-inch mica
and carbon-filled copolymer woofers to reproduce the lower
octaves. A 4-inch titanium transducer reproduces the very impor-
tant midrange frequencies. A 1-inch textile-dome tweeter repro-
duces higher frequencies.
Woofer Woofer
Tweeter

Midrange

VOICE Front
Combined with an individually-optimized crossover network, this
transducer arrangement provides a uniform "listening window" or
area in which the sound varies little. Also, the large woofer size is
used to reproduce center channel information and all its dynamics
without compression.
MIDRANGE
To ensure accurate detail, each VOICE speaker has a 4-inch
midrange that is unique in the following ways:
• The midrange's radiating surface is made of titanium for true
pistonic behavior throughout its operating range.
• The midrange's motor system utilizes neodymium magnets with a
stray-flux containment system for shielding near video monitors.
• The cast magnesium frame provides optimum voice coil cooling
and minimum reflections, while offering excellent rigidity.

WOOFERS

To ensure uncompressed dynamic range, each VOICE speaker uses
a pair of 8-inch woofers that are unique in the following ways:
• The woofer's radiating surface is made of an injection-molded
polymer material with incredible stiffness and internal damping.
• Optimized magnetic circuits to minimize harmonic distortion.
VOICE Speaker
4
Owner's Manual
Connectors (with
shorting straps)
Revel Corporation Install straps for Note:
Chatsworth, California Remove straps
single-wired operation for bi-wired
Made in U.S.A.
or bi-amplified
operation
On Top Of
Monitor
-.5 0 +.5
Flush Stand
Mounted Mounted Install straps for -1 +1
single-wired operation
Placement High Frequency
Compensation Low Frequency Input High Frequency Input
Level (dB)
(See Owner's Manual)
Serial Number
Placement High-Frequency
Compensation Level Control
Control
VOICE Rear
Figure 2. The VOICE transducer
and connection locations.