16
Description of transmitter: back panel
DSC
Direct Servo Control
The original function of this socket was for “Direct Servo
Control”, and that’s why the abbreviation is still in use.
However, for technical reasons “direct servo control” is
no longer possible with iFS systems using the diagnosis
lead.
The
mx-16iFS transmitter’s standard two-pole socket is
now used as a Trainer (buddy box) socket (Teacher or
Pupil), and as an interface for fl ight simulators.
For the DSC connection to work you must check the
following:
Carry out any adjustments required in the appropri-1.
ate menus:
See page 122 for information on setting up the
mx-
16iFS transmitter to work as part of a Trainer system.
ALWAYS2. leave the transmitter’s On / Off switch in
the “OFF” position when using a fl ight simulator and
when using the transmitter as a Pupil unit in a Train-
er system, for only in this position is the RF section
of the transmitter module switched off (no RF signal)
even when the DSC lead is plugged in. At the same
time the transmitter’s current drain is reduced slightly.
Connect the appropriate two-pole barrel connec-3.
tor to the DSC socket on the back of the transmitter
(switched off).
This renders the transmitter ready for use, and the
LCD screen operates. At the same time the letters
“DSC” appear to the left of the “iFS” symbol on the
screen.
Connect the other end of the connecting lead to the 4.
appropriate apparatus, taking into account the oper-
ating instructions supplied with that equipment.
Important:
Ensure that all connectors are fi rmly seated in
Transmitter back panel
Transmitter battery charge socket
Left vertical
Right vertical
Right horizontal
Left horizontal
DSC socket for connection to fl ight simu-
lators, Trainer lead and Diagnosis (closed
loop) lead (see right-hand column).
Case screw
Adjusting the centring spring force
Case screw
Case screw
Case scre
w
Case screw
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