Ordering information
Features
5AA2625 ADA dual channel 5 balanced output (single channel 10 output) with
electronic high Z inputs & low Z outputs
5AA2625-1 ADA as 5AA2625 but with transformer inputs
5AA2625-2 ADA as 5AA2625-1 with 1 output transformer per channel
5AA2625-4 ADA as 5AA2625-1 with 2 output transformers per channel
5AA2625-6 ADA as 5AA2625-1 with 3 output transformers per channel
5AA2626 Audio rear connector with D type socket (suitable for multi-core cable
with common screen)
5AA2626-5 Audio rear connector with two D type sockets (suitable for multi-core
cable with common screen)
3990 D type to removable screw terminal adapter
5AA2626-1 Audio rear connector with two ½ DIN solder tag connectors on a
removable sub-assembly (suitable for individually screened twisted
pair cable)
5AA2626-2 Rear connector with removable screw terminals
5AA-K Gain trimmer replaced by panel mounted knob (per channel)
5AA-OP600
600Ω output impedance option
A broadcast quality dual / single channel audio distribution amplifier with:
• Front panel gain controls and output monitoring test points for each
channel (optional gain potentiometers with knobs)
• 5 balanced outputs per channel of which up to three per channel can be
transformer-coupled. Easily configured to single channel 10 output
distribution amplifier by link selection
• Electronic or optionally transformer balanced inputs (user selectable high
or 600Ω impedance)
• Low impedance outputs (optional 600Ω impedance)
• Input and output transformers achieve wide frequency response and low
distortion even at low frequencies using novel circuitry
• Two stereo to mono outputs available by link selection
• A link can be moved to bypass the roll-off filter for time-code distribution
• Requires the 5AA2626, 5AA2626-1 or 5AA2626-2 rear connector unit
• The 5AA2626 incorporates all input and output connections on a 25 way
D type socket, ideal for multicore cable with a common screen (the 3990
D type to removable screw terminal adapter is available as an option)
Specification
Input
Electronic Transformer
Type Balanced Balanced
Impedance
50kΩ (or 600Ω) 16kΩ (or 600Ω)
Balance @ 1kHz >70dB >70dB
Max level +25dBu +25dBu
Output
Number 5 balanced per channel (up to 3
per channel with transformer)
5 balanced per channel (up
to 3 per channel with
transformer)
Impedance
48Ω (optional 600Ω) 31Ω (optional 600Ω)
Balance @ 1kHz 60dB (typically) >80dB
Isolation @ 1kHz >75dB >84dB
Max level +25dBu (20Hz to 20kHz) +18dBu @20Hz +20dBu
+20dBu (40Hz to 20kHz)
Performance
Gain range -20dB to +20dB -20dB to +20dB
Response
CCIR filter
±0.1dB (20Hz-15kHz) -
0.25dB @ 20kHz 3dB @ 40kHz smooth roll off
thereafter
±0.1dB (20Hz-15kHz)
-0.25dB @ 20kHz
-3dB @ 40kHz
smooth roll off thereafter
No filter ±0.1dB (20Hz-30kHz) -
1dB @ 100kHz
±0.1dB (20Hz-30kHz)
-1dB @ 100kHz
THD+N (20Hz to
20kHz) electronic input
<0.005% @ 0dBu
<0.006% @ +8dBu
<0.015% @ +20dBu
<0.009% @ 0dBu
<0.008% @ +8dBu
<0.015% @ +18dBu
THD+N (20Hz to
20kHz) transformer
input
<0.055% @ 0dBu
<0.056% @ +8dBu
<0.045% @ +18dBu
<0.045% @ 0dBu
<0.045% @ +8dBu
<0.095% @ +18dBu
• The 5AA2626-1 has two ½ DIN connectors on a removable subassembly, ideal for individually screened twisted pairs
• The 5AA2626-2 has removable Weco screw terminals
• All 2600 modules are independently mains powered maximising
reliability & isolation between modules.
Installation
Systems are generally delivered with modules (including sub-modules) and
associated rear connector units already installed and configured within frames to
your requirements.
Before installing or re-arranging modules and rear connector units in 2600
series frames the 2600 range and frames user guide should be consulted. Section
1.3 ‘Safety and pre-installation checks’ includes instructions that must be
followed. Section 2 describes how to install or re-arrange modules and rear
connector units in 2600 series frames.
5AA2626 rear connector units
Input & output connections should either be made to a 25 way D type plug (not
provided) per the table 1 pin out details below, or when the 3990 D type to
screw terminal adapter is used, per the details shown below.
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