Configuration
Diagram 5k
Signal Flow Schematic
(four output amplifier)
A
n
al
o
g
3
O
ut
pu
t
M
at
rix
Zones A - D
Outputs 1 - 4
A
n
al
o
g
2
Input
Sensitivity
A
n
al
o
g
1
Input
Gain
Input
Sensitivity
Input
Gain
Input
Sensitivity
Input
Gain
A
n
al
o
g
4
SP
D
IF
(stereo)
SP
D
IF Out
(stereo).
Zones A (left) and B (right)
Pink Noise
G
ai
n
D
el
ay
Le
ve
l
Adjustment
Le
ve
l
Adjustment
Le
ve
l
Adjustment
Le
ve
l
Adjustment
Compressor
Compressor
Compressor
Compressor
D
el
ay
D
el
ay
D
el
ay
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
FIR
FIR
FIR
FIR
Polarity
Polarity
Polarity
Polarity
Limiter
BTL
Amplifier
2 x Low-Z
1 x Hi-Z
BTL
Amplifier
2 x Low-Z
1 x Hi-Z
Limiter
Limiter
Limiter
Driver
Alignment
Driver
Alignment
Driver
Alignment
Driver
Alignment
Crossover
Crossover
Crossover
Crossover
G
ai
n
Tr
im
G
ai
n
Tr
im
G
ai
n
Tr
im
G
ai
n
Tr
im
Input
Sensitivity
Input
Gain
Input
Gain
Input
Selection
Input S
etup
Zone S
etup & Routing
O
utput S
etup
Output
1
Output
2
Output
3
Output
4
Zone A
djustmen
t P
ar
amet
ers
Sp
eak
er P
reset P
ar
amet
ers
5.4 Setup and Signal Routing
Thanks to their network based configuration features,
PowerZone Connect amplifiers offer considerable versatility in
terms of sources, signal routing, installation zones and output
modes. Inputs can be freely assigned to installation zones, and
those zones assigned freely to the available amplifier outputs in
either Lo-Z or Hi-Z modes.
This versatility enables, for example, one amplifier
simultaneously to drive both Lo-Z and Hi-Z speakers, or for
different inputs to be routed to different output zones.
The following paragraphs describe and illustrate the
recommended procedure for configuring input, zone and
output routing. A general signal flow schematic is also
illustrated in Diagram 5k.
