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A PCB-assembly power
unit providing +12V @ 1.2A and -12V @
600mA.
Requires approximately 45mm height
clearance.
Powered from a 15VDC external power
supply (linear or SMPS).
Output connections are via 1/4" tabs.
Our 4HP Power Panel or Power Plate are
recommended as solutions for getting
power in to the ED122 Power Unit.
The assembly requires a height clearance
of 50mm so is best suited to deeper
racks/boats, a high-clearance zone
within a boat/rack or in a custom
housing. |
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A
rack-mounting power module providing
+12V @ 1.2A and -12V @ 600mA.
Requires approximately 45mm depth
behind the front panel.
Powered from a 15VDC external power
supply (linear or SMPS).
Output connections are via 1/4" tabs.
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A
4HP rack-mounting power panel provides
user access to the DC in socket,
ON/OFF switch and power status LED.
Can be supplied in either of 2
configurations:-
- SINGLE
MODE - This mode is used when the
system has an internal DC-Dual DC
power supply such as our ED111,
ED126 or ED705. The external supply
for these boards is 15VDC.
- DUAL
MODE - This mode is used when the
system only has passive busboards
such as our ED123 or ED704. Two
external supplies are used and they
must both provide a well regulated
+12VDC and have floating outputs.
Output
connections to the busboard are via
flying leads terminated with 1/4"
tabs.
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A small (64mm x 35mm)
Power Plate can be mounted on the back
or side of your case to provide
user access to a DC in socket, ON/OFF
switch and power status LED.
Output connections are via flying leads
terminated with 1/4" tabs.
Rocker
switch version now available |
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This
adaptor connects to a power output on
any busboard and provide a 5V @ 500mA
supply. The adaptor has a pass-thru
mode that allows a module to be
connected to the same power output.
Two options are available via an
onboard jumper:-
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Module-Only: This provides 5V only
to the module connected to the
adaptor. This helps isolate the
module from any noise on the
busboard 5V rail as well as reducing
noise being fed back on to the
busboard 5V rail.
- Loopback:
This, in addition to feeding power
to the connected module, also feeds
the 5V back on to the busboard 5V
rail for powering other 5V mdoules.
Only ONE module should ever be
connected to the busboard in this
mode. If your system has multiple
busboards then you can attach a
EURO-5V-loopback to each busboard
thus maximising the power rating of
the overall 5V supply
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This
Power Board generates +12V @ 2A and
-12V @ 2A from a 12V battery. Can also
be supplied with +15V @ 2A and -15V @
2A +/-15V systems.
The
PCB is 6" x 4" and has our standard 4U
CGS PCB footprint dimensions and so
can easily be mounted in to regular 4U
boats.
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This
small low-profile power unit provides a
5V output with a loading capacity of up
to 3A. Ideal for heavy-load modules like
the Metasonix R55 which have a high
initial warm-up loading (inrush
current).
Designed to run from the systems 15VDC
supply but can run from a separate
supply as low as 9VDC. |
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This
small low-profile power unit provides
+12V @ 2A and -12V @ 750mA or -12V @
1.5A and runs from 12VDC @ 4A.
The outputs from this unit are filtered
Switch-Mode.
This
would be an ideal adaptor for running
your system from a 12VDC battery.
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This small unit is
ideal for a 3 boat BOCGS or Serge
system providing +/-12V. This unit is
also ideal for small modular systems
or any design requiring a dual rail
supply. Available as a kit (involves
some SMD), PCB assembly or a housed
stand-alone unit.
The PSU-10 runs from
a 12VDC external laptop-style brick
and can provide +12V @ 2.5A and -12V @
1A.
The stand-alone
version is fitted with a 2.5mm DC
POWER IN socket and 3x 4-pin MIC
connectors for output.
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A
small module that is inserted inline
with a modules power cable and
provides and adjustable delayed ON
for the +/-12V rails.
Ideal for modules with a high inrush
current, helping to ensure that the
main power supply can start up
cleanly.
Will
support power rail loading up to 1A
and has an adjustable delay period
up to 10 seconds
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Designed
to be mounted inside your cabinet.
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Most
4U systems run from a dual-rail supply
of either +/-12V or +/-15V. Some older
designs, however, also require a 3rd
power rail of either 5V or 6V. An
example would be the 73-75 panels.
This
utility PCB is designed to be
installed in to a boat that only has a
dual-rail power supply and generates
the 3rd-power rail.
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