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Line 15:
Line 15: − + − − Microbeast supports all types of different neutral impulses for the tail.+ − On cyclic you will not be able to adjust the pulse. − − −
→Setup menu points B to D - What are frequency and neutral pulse for a specific servo?
This list is not intended to be complete or accurate! Please ask the servos manufacturer about his recommandations regarding servo specs and usability in helicopters with flybarless systems.
This list is not intended to be complete or accurate! Please ask the servos manufacturer about his recommandations regarding servo specs and usability in helicopters with flybarless systems.
* Neutral impulse:
* Neutral impulse: The neutral impulse normaly is 1500-1520µs on any servo. Only special high speed tail servos use a different impulse and are normaly fitted to a specific gyro -> Futaba gyros 760µs -> logitec gyros 960µs. Microbeast supports all types of different neutral impulses for the tail servo. On cyclic you are not able to adjust the pulse.
The neutral impulse normaly is 1500-1520µs on any servo. Only special high speed tail servos use a different impulse and are normaly fitted to a specific gyro -> Futaba gyros 760µs -> logitec gyros 960µs.
* Update frequency: The higher the frequency the faster the control loop will work and the more accurate the system will perform. But also the servos will be more burdened as they get more work to do and the current consumption will greatly increase.
* Update frequency:
The higher the frequency the faster the control loop will work and the more accurate the system will perform. But also the servos will be more burdened as they get more work to do and the current consumption will greatly increase.
If using a digital servo it definitely should be capable of more than 65Hz. So if we have a unknown servo we carefully increase framerate step by step by testing on the workbench and then fly shortly and check servo temperature very often. If there are no abnormalities like extreme heat production we again increase the framerate and again test carefully.
If using a digital servo it definitely should be capable of more than 65Hz. So if we have a unknown servo we carefully increase framerate step by step by testing on the workbench and then fly shortly and check servo temperature very often. If there are no abnormalities like extreme heat production we again increase the framerate and again test carefully.