User Manual

Conguration
Diagram 5k
Signal Flow Schematic
(four output amplier)
Analog 3
Output
Matrix
Zones A - D
Outputs 1 - 4
Analog 2
Input
Sensitivity
Analog 1
Input
Gain
Input
Sensitivity
Input
Gain
Input
Sensitivity
Input
Gain
Analog 4
SPDIF (stereo)
SPDIF Out (stereo). Zones A (left) and B (right)
Pink Noise
Gain
Delay
Level
Adjustment
Level
Adjustment
Level
Adjustment
Level
Adjustment
Compressor Compressor Compressor Compressor
Delay Delay Delay
EQ EQ EQ EQ
EQ EQ EQ EQ
FIR FIR FIR FIR
Polarity Polarity Polarity Polarity
Limiter
BTL
Amplier
2 x Low-Z
1 x Hi-Z
BTL
Amplier
2 x Low-Z
1 x Hi-Z
Limiter Limiter Limiter
Driver
Alignment
Driver
Alignment
Driver
Alignment
Driver
Alignment
Crossover Crossover Crossover Crossover
Gain Trim Gain Trim Gain Trim Gain Trim
Input
Sensitivity
Input
Gain
Input
Gain
Input
Selection
Input Setup
Zone Setup & Routing
Output Setup
Output 1 Output 2 Output 3 Output 4
Zone Adjustment Parameters
Speaker Preset Parameters
5.4 Setup and Signal Routing
Thanks to their network based conguration features, Danley
DSA ampliers 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 amplier outputs in
either Lo-Z or Hi-Z modes.
This versatility enables, for example, one amplier
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 conguring input, zone and
output routing. A general signal ow schematic is also
illustrated in Diagram 5k.