NexD XD800/8V2 Manual Del Propietário página 7

INPUT SECTION
The XD800/8v2's input section allows
you to send signals to the amplifier
section through the use of two, four or
eight differential-balanced inputs.
Input connections are via four pairs of
traditional RCA-type jacks.
(L)
(R)
CH. 1&2
8 Channel Amplifier
Turn-On
Mode
Rem. | O set | Signal
Input Voltage +12 VDC
Low | High
CH. 1 CH. 3 CH. 5 CH. 7
If you wish to send eight discrete channels into
the XD800/8v2, simply use all eight inputs and set
CH. 2 CH. 4 CH. 6 CH. 8
the "Input Mode" switch in the "8 Ch." position.
If you wish to feed all eight channels by using
only four channels of input, set the "Input Mode"
switch to "4 Ch." and use only the inputs to
channels 1, 2, 5 and 6. In this mode, input 1 will
feed channels 1 and 3, input 2 will feed channels
2 and 4, input 5 will feed channels 5 and 7 and
input 6 will feed channels 6 and 8.
If you wish to use only two channels of input
to deliver signal to all eight amplifier channels,
set the "Input Mode" switch to "2 Ch." and
use only the inputs to channels 1 and 2. In this
mode, input 1 will feed all the odd-numbered
channels (1, 3, 5 and 7) and input 2 will feed all
the even-numbered channels (2, 4, 6 and 8).
fier
INPUT MODES:
2 Ch. Input 1 feeds CH. 1, CH. 3, CH. 5 & CH. 7
Input 2 feeds CH. 2, CH. 4, CH. 6 & CH. 8
4 Ch. Input 1 feeds CH. 1 & CH. 3
Input 2 feeds CH. 2 & CH. 4
Input 5 feeds CH. 5 & CH. 7
Input 6 feeds CH. 6 & CH. 8
8 Ch. Each input feeds its
corresponding output channel
round Remote
CH. 3&4 CH. 5&6 CH. 7&8
INPUT SECTION
INPUT MODES:
2 Ch. Input 1 feeds CH. 1, CH. 3, CH. 5 & CH. 7
4 Ch. Input 1 feeds CH. 1 & CH. 3
Remote
CH. 1 & 2
Level
Mode
All | 5- 8 | 7&8
8 Ch. Each input feeds its
Input Mode Ground Remote Filter Mode
2 Ch. | 4 Ch. | 8 Ch. O | HP | LP
(L)
(R)
CH. 1
(L)
Input
Voltage
(pg. 7)
Turn-On
Mode
(pg. 6)
Turn-On
Mode
Rem. | O set | Signal
Input Voltage
Low | High
CH. 1 CH. 3 CH. 5
CH. 2 CH. 4 CH. 6
Input Voltage Range:
Input Voltage Range: A wide range of signal
input voltages can be accommodated by the
XD800/8v2's input section (200mV – 8V). This
wide range is split up into two sub-ranges,
accessible via the "Input Voltage" switch:
"Low": for preamp level signals
"High": for speaker level signals
Remote
Level
Control
CH. 1
(L)
Bridged
Input 2 feeds CH. 2, CH. 4, CH. 6 & CH. 8
CH. 3 & 4
Input 2 feeds CH. 2 & CH. 4
Input Input
Input 5 feeds CH. 5 & CH. 7
Sens. Sens.
Input 6 feeds CH. 6 & CH. 8
corresponding output channel
Filter Mode
The "Low" position on the "Input Voltage"
switch selects an input sensitivity range between
O | HP | LP
200mV and 2V for all input channels. This means
Filter Freq. (Hz)
that the "Input Sens." rotary control for each
channel section will operate within that voltage
window. If you are using an aftermarket source
unit, with conventional preamp-level outputs, this
CH. 2 CH. 3
(R) (L)
is most likely the position that you will use
The "High" position on the "Input Voltage"
switch selects an input sensitivity range between
800mV and 8V for all input channels. This is
useful for certain high-output preamp level
Remote Input
Ch. 1 & 2
signals as well as speaker-level output from source
Level Mode Mode Status Filter Mode
Switch Switch LED
Selection
units and small amplifiers. To use speaker-level
(pg. 9) (pg. 7) (pg. 11)
sources, splice the speaker output wires of the
source unit or small amplifier onto a pair of RCA
cables or plugs or use the JL Audio ECS Speaker
Wire to RCA adaptor (XD-CLRAIC2-SW).
Remote
CH. 1 & 2
Level
Mode
All | 5 - 8 | 7&8
Line Output Converters are usually not needed
Input Mode Filter Mode
with the XD800/8v2. If you find that the output
cannot be reduced sufficiently with a direct
2 Ch. | 4 Ch. | 8 Ch. O | HP | LP
speaker level signal applied to the amplifier and
(L)
CH. 7 the "Input Voltage" switch in its "High" position,
you may use a "line output converter" or voltage
(R)
CH. 8
divider to reduce the signal level.
CH. 1
Remote
Turn-On
Level
Mode
Mode
CH. 2 CH. 3
Rem. | O set | Signal
(R) (L)
Bridged
Input Voltage
Low | High
(L)
CH. 1 CH. 3 CH. 5 CH. 7
CH. 5 & 6
Input
Sens.
(R)
CH. 2 CH. 4 CH. 6 CH. 8
Filter Mode
O | HP | LP
Filter Freq. (Hz)
CH. 4 CH. 5
(R) (L)
Ch. 1 & 2 Filter Ch. 3 & 4
Frequency Filter Mode
Selector Selection
(pg. 8) (pg. 8) (pg. 8)
Ch. 1 & 2 Input
Sensitivity Control Sensitivity Control
(pg. 8)
CH. 3 & 4
Input Input
Sens. Sens.
Filter Mode
O | HP | LP
Filter Freq. (Hz)
CH. 2 CH. 3
(L) (R) (L)
CH. 1 & 2
Input
Sens.
CH. 4 CH. 5 CH. 6
All | 5 - 8 | 7&8
(R) (L) (R)
Bridged
Input Mode Filter Mode
2 Ch. | 4 Ch. | 8 Ch. O | HP | LP
CH. 7 & 8
Input
Sens.
CH. 1
Filter Mode
(L)
O | HP | LP
Filter Freq. (Hz) Filter Fre
CH. 6 CH. 7
(R) (L)
Ch. 3 & 4 Filter Ch. 5 & 6
Frequency Filter Mode
Selector Selection
(pg. 8) (pg. 8)
Ch. 3 & 4 Input Ch. 5 & 6 Inpu
Sensitivity Cont
(pg. 8) (pg. 8)
CH. 5 & 6
Input
Sens.
Filter Mode
O | HP | LP
Filter Freq. (Hz) Filter Freq. (Hz)
CH. 4 CH. 5
(R) (L)
7
Filter F
C
Ch.
Fr
S
CH. 6
(R)