SHDFTRX
OPERATION
SHDFTRX
Version 1 Issue 5
180203
11
Standard and WDM
Transmitter Input
Electrical HD-SDI
Used On :
SHDFTRX0WQ4
SHDFTRX0WQ2
SHDFTRX0WQ0
SHDFTRX0WQC
SHDFTRX6WQD
The high definition serial digital electrical input for
the laser transmitter is connected to a 75
Ω
BNC
connector. This connector is shown opposite and
is labelled
H2
on the rear panel.
Standard and WDM
Transmitter Electrical
Loop-Through
Electrical HD-SDI
Used On :
SHDFTRX0WQ4
SHDFTRX0WQ2
SHDFTRX0WQ0
SHDFTRX0WQC
SHDFTRX6WQD
An equalised and reclocked version of the high
definition serial digital electrical input for the
transmitter is available as an active loop-through
from a 75
Ω
BNC connector. This connector is
shown opposite and is labelled
H3
on the rear
panel.
1. Laser light can be damaging to the eyes.
Optical fibres and Uniters should be
handled with great care.
2. System HD Modules which incorporate
Fibre Optic elements, are designed for use
with Class 1 laser systems only. Ensure
that all inputs do NOT exceed Class 1 as
doing so will impair the safety of the
system and may result in damage to the
equipment.
3. Active fibres should not be handled unless
their source can be positively identified as
not exceeding Class 1 limits.
Notes…
1.
Optical uniters have plastic covers to prevent
the ingress of dust. These covers should only
be removed when connecting optical fibres. A
uniter should never be left open without a
cover or a fibre connector
2.
The ends of optical fibres should be cleaned
with a liquid fibre cleaner, using a cotton bud,
to ensure that there is no dust present, before
they are plugged in (the uniter is polarised).
3.
Observe the warning about not viewing live
optical sources.
