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EAW MX100 Technical Specifications

EAW MX100 Technical Specifications

Eaw mx100 digital processors: specifications

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MX100 Technical Specifications

AUDIO PERFORMANCE
ELECTRICAL/
ENVIRONMENTAL
Dynamic Range
Nominal 115 dB,
> 105 dB
Dimensions
THD+N (0 dBu
20 Hz – 20 kHz)
.003% ( .005%)
Line Input Power
Line Voltage Requirements
INPUT
120 VAC Setting
240 VAC Setting
Connectors
Female XLR (Locking)
Line Input
Type
Electronically Balanced
Differential
Fuse Holder
Differential
15 k
Input
Impedance
Fuse Type
Unbalanced
7.5 k
Input
Operating
Impedance
Temperature
Input Overload
Accessories
(20 Hz – 20 kHz)
20 dBU
Included
OUTPUT
CROSSOVER FILTER TYPE
Connectors
Male XLR (Locking)
HF High Pass
Type
Single-Ended
LF Low Pass
Impedance
47
Max Voltage
20 dBU
Minimum
CROSSOVER CUTOFF
Resistive Load
1 k
FREQUENCIES
Maximum
Capacitive Load
10 nF (Outputs are
HF High Pass
stable with any
capacitive load.)
LF Low Pass
Output Noise
(20 Hz – 20 kHz, R
=
s
600
, All Bands Unity
SYSTEM HIGHPASS
Gain)
AND LOWPASS
LF/HF
100 dB (typical)
LF High Pass
OPERATING MODES
HF Low Pass
(Note: Mode is set internally)
Stereo Low Mode
HF Outputs
2 Male XLR's
PASS BAND GAIN
LF Outputs
3 Male XLR's
(1 Left Channel,
2 Right Channel)
HF/LF
Mono Low Mode
HF Outputs
2 Male XLR's
Summed Mono LF 2 Male XLR's
Summed Mono
Full Range
1 Male XLR
Acoustical Performance Partnership
Eastern Acoustic Works
One Main Street, Whitinsville, MA 01588 • (508) 234 - 6158 • FAX (508) 234 - 8251 • Email info@eaw.com • Web http://www.eaw.com

MX200i, MX300i, MX800i Technical Specifications

AUDIO PERFORMANCE
Dynamic Range
115 dB typical
( 108 dBu)
19" W x 1.75"
H x 6.25" D
THD+N
(0 dBu 20-Hz 20 kHz)
0.03% typical ( 0.08%)
5 Watts
103-127 VAC, 50-60 Hz
INPUT
206-255 VAC, 50-60 Hz
!EC 320 Block
Connectors
Female XLR (Locking)
Tamper-proof Screw
Type
Electronically Balanced
Release
Differential
T1A
Differential
Input >10 k
Common-Mode
0º - 50 Celsius
Input
30 k
Input Overload
(20 Hz - 20 kHz)
UL/CSA Line Cord
+18 dBu
OUTPUT
th
4
Order Linkwitz-
Riley, Variable F
Connectors
Male XLR
0
th
4
Order Linkwitz-
Type
Single-Ended
Riley, Variable F
0
Impedance
10
Max Voltage
+18 dBu
Minimum
Resistive Load
300
Maximum
60 Hz - 2 kHz
Capacitive Load
22 nF (Outputs are
60 Hz - 2 kHz
stable with any
capacitive load.)
Offset Voltage
1.5 mV
( 10 mV limit)
Output Noise (20 Hz - 20 kHz,
th
4
Order, Variable Q,
RS=600
)
Variable F
MX200i HF
0
TH
4
Order
MX300i HF
Butterworth, -3 dB @
MX800i HF
-97 dBu Typical
35.2 kHz
( 94 dBu)
MX200i LF
MX300i LF/SB
MX800i MF/LF/SB
-100 dBu Typical
-10 dB to +10 dB
( 97 dBu)
ELECTRICAL/
ENVIRONMENTAL
Dimensions
19" W x 3.5" H x 10" D
Line Input Power
30 W
Line Voltage Requirements
115 VAC Setting
90 -135 VAC, 50-60 Hz
230 VAC Setting
195 - 270 VAC, 50-60 Hz
Line Input/
Fuse Holder
IEC 320 socket with
5 x 20 mm fuseholder
Operating
Temperature
0 - 50 Celsius
Accessories
Included
UL/CSA Line Cord,
Spare Line Fuse (in
Fuse Holder)
MX200i, MX300i, MX800i
HF SECTION DATA
HF Equalization
Shelving EQ Circuit,
Boost Set Via Internal
Multiposition Jumper,
MX300i/MX800i Switch
Defeats Circuit
Group E Summary Specifications
Highpass
Dynamic LF
Filter Type
Two Cascaded
Excursion Control
Second-Order
Sections, Variable F
0
Set Via Internal
Resistor SIP
Lowpass Filter Type Third-Order
Butterworth
Limiter Type
RMS Above Threshold
Fixed LF
Infinite Compressor
Excursion Control
Limiter Time
Constant
39 msec
Limiter Threshold
Set via Internal Master
Threshold Control & HF
Threshold Resistor
MX300i, MX800i LF
Pass Band Gain
Range of
10 dB Set
SECTION DATA
via Internal HF Gain
Resistors
All Sub Modes
MX800i MF SECTION DATA
Lowpass Filter Type Two Cascaded Second-
Highpass
Filter Type
Two Cascaded
Second-Order
Phase Network
Sections, Variable F
Type
0
Set via Internal
Phase Adjustment,
Resistor SIP
LF/MF
Lowpass Filter Type Two Cascaded Second-
Order Sections,
Variable F
Set via
º
Limiter Type
Internal Resistor SIP
Phase
Limiter Time
Network Type,
Constant
MF/HF 1st Order Allpass
Limter Threshold
Phase Adjustment
0 - 180 (F
Set via
º
Internal MF Phase
Resistor)
Pass Band Gain
Limiter Type
RMS Above Threshold
Infinite Compressor
Limiter
SUB ADJ Mode
Time Constant
85 msec
Highpass
Limter Threshold
Set via Internal Master
Filter Type
Threshold Control & MF
Threshold Resistor
Pass Band Gain
Range of
10 dB Set
via Internal MF Gain
Resistors
SUB DIST Mode
MX200i LF SECTION DATA
Fixed LF
Excursion Control
Lowpass Filter Type Two Cascaded Second-
Order Sections,
Variable F
Set via
º
Internal Resistor SIP
Dynamic LF
Excursion Control
Phase
Network Type
1st Order Allpass
Phase Adjustment,
LF/HF
0 - 180 (F
Set via
º
Internal LF Phase
Resistor)
Limiter Type
RMS Above Threshold
Infinite Compressor
SUB OFF Mode
Limiter
Time Constant
182 msec
Fixed LF
Excursion Control
Limter Threshold
Set via Internal Master
Threshold Control & LF
Threshold Resistor
Pass Band Gain
Range of
10 dB Set
Dynamic
via Internal LF Gain
LF Equalization
Resistors
LF Equalization
Underdamped 2nd
Order Sallen-Key
Highpass Filter,
Variable F
& Q Set via
º
Internal PCB's
Acoustical Performance Partnership
Eastern Acoustic Works
One Main Street, Whitinsville, MA 01588 • (508) 234 - 6158 • FAX (508) 234 - 8251 • Email info@eaw.com • Web http://www.eaw.com
MX300i, MX800i, SUB
SECTION DATA
Sliding 2nd Order
Highpass Filter
SUB Mono
Front Panel Button
Controlled by RMS
Sums Both SUB Bands,
Level in LF Passband,
Engages when RMS
Each Attenuated 3 dB
Level is within 10 dB
SUB Boost
Front Panel Button
of LF RMS Threshold
Increased Passband
Gain 6 dB
2nd Order
Polarity
Front Panel Switch
Butterworth Highpass
Reverses Polarity When
Filter, Variable F
Set
Depressed
º
via Internal PCB's
Lowpass
Filter Type
Two Cascaded
Second-Order
Sections, Variable F
Set via Internal
Resistor SIP
Phase
Network Type
1st Order Allpass
Order Sections,
Phase Adjustment,
Variable F
Set via
LF/SUB
0 - 180 (F
Set via
º
Internal Resistor SIP
º
Internal SUB Phase
Resistor)
1st Order Allpass
Limiter Type
RMS Above Threshold
Infinite Compressor
0 - 180 (F
Set via
Limiter
º
Internal LF Phase
Time Constant
182 msec
Resistor)
Limter Threshold
Set via Internal Master
RMS Above Threshold
Threshold Control &
Infinite Compressor
SUB Threshold Resistor
Pass Band Gain
Range of
10 dB Set
85 msec
via Internal LF Gain
Set via Internal Master
Resistors
Threshold Control & LF
Dynamic SUB
Threshold Resistor
Excursion Control
Sliding 2nd Order
Range of
10 dB Set
Highpass Filter
Via Internal LF Gain
Controlled by RMS
Resistors
Level in SUB
Passband, Engages
when RMS Level is
within 10 dB of SUB
Two Cascaded
RMS Threshold
Second-Order
Sections, Variable F
º
SUB Equalization
Set via Internal
Underdamped 2nd
Resistor SIP
Order Sallen-Key
Highpass Filter,
Variable F
& Q Set
º
2nd Order
via Internal PCB's
Butterworth Highpass
Filter, Variable F
Set
º
Via Internal PCB's
Sliding 2nd Order
Highpass Filter
Controlled by RMS
Level in SUB
Passband, Engages
when RMS Level is
within 10 dB of SUB
RMS Threshold
Two Cascaded 2nd
Order Highpass
Filters, Variable F
Set
º
via Internal PCB's
Underdamped Sliding
2nd Order Highpass
Filter Controlled by
RMS Level in SUB
Passband, Engages
when RMS Level is
within 10 dB of SUB
RMS Threshold
Group E Summary Specifications
º

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Summary of Contents for EAW MX100

  • Page 1 1 Male XLR Acoustical Performance Partnership Eastern Acoustic Works One Main Street, Whitinsville, MA 01588 • (508) 234 - 6158 • FAX (508) 234 - 8251 • Email info@eaw.com • Web http://www.eaw.com MX200i, MX300i, MX800i Technical Specifications Highpass AUDIO PERFORMANCE...
  • Page 2 This state of affairs occurs only Acoustical Performance Partnership Eastern Acoustic Works One Main Street, Whitinsville, MA 01588 • (508) 234 - 6158 • FAX (508) 234 - 8251 • Email info@eaw.com • Web http://www.eaw.com Group E Performance Specifications Close Coupled Processors stacks or located remotely.

This manual is also suitable for:

Mx200iMx300iMx800i