aircraft:tmd:actuators
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aircraft:tmd:actuators [2019/07/20 17:52] – [servolinear] jh | aircraft:tmd:actuators [2019/07/20 18:06] (current) – [Actuators and Servos] jh | ||
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The actuators in Aerofly FS 2 can simulate the delay between control input and physical deflections. | The actuators in Aerofly FS 2 can simulate the delay between control input and physical deflections. | ||
+ | **Naming Convention** | ||
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+ | To differentiate between mechanical controls and electric or hydraulic actuators we add " | ||
==== servoclassic ==== | ==== servoclassic ==== | ||
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==== servocyclic ==== | ==== servocyclic ==== | ||
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+ | This is a servo that can rotate, e.g. 360 degrees and then loops back to the beginning. There are actually very few examples in the aviation world for this, one could be a rotating beacon but we usually model this with the '' | ||
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+ | '' | ||
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+ | > Do not use this for altimeter needles or the artificial horizon which typically are not limited in their maximum speed. It would only cause unrealistic lag in the needle position. | ||
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==== electrical_actuator ==== | ==== electrical_actuator ==== | ||
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+ | The electrical_actuator simulates an electric motor to move the flaps for example. It requires an [[aircraft: | ||
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+ | '' | ||
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+ | '' | ||
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+ | '' | ||
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aircraft/tmd/actuators.1563637969.txt.gz · Last modified: 2019/07/20 17:52 by jh