Reely QuadroCopter combi-board 450 + 650 208944 208944 Hoja De Datos

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For the receiver’s power supply, it is sufficient to solder on the contacts 1 (minus/-)
and 2 (plus/+) to a single servo connection cable.
Important!
Observe that the composite signal converter inputs are assigned without gaps! In a
6-channel system, this means inputs 1 - 6 and not 1 - 4 and then 6 and 7. With this
assignment, the electronics would not recognised channels 6 and 7!
c) Composite Output Signal
The composite signal converter outputs the formed composite signal (SuS) at the upper contact
of the “X14” connection. This composite signal consists of so many single signals as measured
at the inputs. For example, if a 6-channel receiver is used, the composite signal also has 6
channels. Channel number recognition is performed via the valid signal measurement at the
inputs.
After removing the 35 MHz receiver from the QuadroCopter, connect the composite signal cable
to the connection “X14”. The impulse line must be connected to the upper contact of the “X14”
plug.
The "SuS", "+5V" and "GND" are to be con-
nected to the corresponding connections of
the main PCB (Figure 4b) in the Quadro-
Copter. Observe connection of the two pin
bars with the correct polarity!
Figure 4a
PAD1
X14
PAD2
Q2
C19
C18
R40
C17
C4
IC3
LD1
R42 R41
R43 LD2
R22
R21
X13
D1
X15
X6
+
-
SuS
+5V
GND
Figure 4b