21.12. Channels offset
30
21.13. Function Delay
21.14. Channels delay
(Pic 21.16)(Pic 21.15)
(Pic 21.18)(Pic 21.17)
(Pic 21.20)(Pic 21.19)
Set channel offset rate from -50% to 50% based on the channel neutral
position. The default is 0%. This function can be set in five conditions.
Select the desired point to set and move the wheel to modify the
corresponding value after activating this function. The position of the
corresponding channel is displayed in real time.
The offset value of CH2 is adjusted to 10%, Move the stick to the far left,
and the channel is displayed as shown in picture 21.15, Move the stick to
the far right and the channel is displayed as shown in picture 21.16.
Functions delay is used to slow down the response speed of basic function
(basic function can be acquired in the manual from page 31 ). It can be adjusted
from 0 seconds to 10 seconds and the default is 0 seconds.
Select the desired basic channel and move the wheel to modify the delay time. The
position of the corresponding basic channel is displayed in real time. The red bar
represents stick position and the green bar represents channel position after setting.
As shown in picture 21.18: The delay time is set to 5 seconds. At this time, there
will be a 5s delay when moving aileron stick from bottom side to top side.
Channels delay is used to slow down the response speed of channel
output. It can be adjusted from 0 seconds to 10 seconds and the
default is 0seconds.
Select desired basic channel and move the wheel to modify the delay
time. The position of the corresponding channel output is displayed in
realtime. The red bar represents the stick position and the green bar
represents channel output position.
As shown in picture 21.20: The delay time of CH2 is set to 5 seconds. At
this time, there will be a 5s delay when moving the rudder stick from bottom
side to top side.
Ch2 stick to the far left Ch2 stick to the far right
Function Details:
This function is used to imitate some movements of real aircraft, like flap
movement and some other special movements. For example, when the user
is flying 3D, he could do some smoothing to change from NOR to 3D
Funtion Details :
This function is to revise model when there are some deviations in structures.
Function Details:
This function is to imitate some movements of real aircraft like the flap
533
Digital proportional radio control system
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