Инструкции Пользователя для MartinLogan ElectroMotion® ESL X

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System Frequency Response
41–22,000 Hz ±3db
Recommended Amplifier Power
20–400 watts per channel
Dispersion
Horizontal: 30 Degrees 
Vertical: 40” (101.6 cm) line source
Sensitivity
91 dB/2.83 volts/meter
Impedance
6 ohms (1.6 ohms @ 20 kHz min.). Compatible 
with 4, 6, or 8 ohm rated amplifiers.
Crossover Frequency
400 Hz
*Specifications are subject to change without notice.
High-Frequency Driver
XStat™ CLS™ electrostatic transducer
Panel dimensions: 40” x 8.6”(101.6 x 21.8cm)
Radiating area: 344 in
2
 (2,215 cm
2
)
Woofers
Two 8” (20.3 cm) high excursion, high-rigidity paper 
cone with extended throw driver assembly, non-reso-
nance asymmetrical chamber format, bass reflex
Components
Custom-wound audio transformer, air core coils, 
large steel laminate inductors, polyester capacitors, 
and low DF electrolytic capacitors
Weight
52 lbs. each (23.6 kg)
Size
59.2” h x 9.4” w x 20.7” d  
(150.3 cm h x 23.8 cm w x 52.6 d cm)
S
PECIFICATIONS
G
LOSSARY
 
OF
 A
UDIO
 T
ERMS
AC. Abbreviation for alternating current. 
Active  crossover.  Uses active devices 
(transistors, IC’s, tubes) and some form of power 
supply to operate. 
Amplitude.  The extreme range of a signal. 
Usually measured from the average to the extreme.
 
Arc. The visible sparks generated by an electrical 
discharge.
Bass. The lowest frequencies of sound. 
 
Bi-Amplification. Uses an electronic crossover, 
or line-level passive crossover, and separate 
power amplifiers for the high and low frequency 
loudspeaker drivers.
Capacitance.  That property of a capacitor 
which determines how much charge can be stored 
in it for a given potential difference between its 
terminals, measured in farads, by the ratio of the 
charge stored to the potential difference.
Capacitor. A device consisting of two or more 
conducting plates separated from one another 
by an insulating material and used for storing an 
electrical charge. Sometimes called a condenser.
 
Clipping.  Distortion of a signal by its being 
chopped off. An overload problem caused by