Manuals:BXFbl:Setupmenu D: Difference between revisions
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Shornstein (talk | contribs) Created page with "<translate> <!--T:1--> {{DISPLAYTITLE:SETUP MENU D - Rudder frequency|noerror}} {{TOC_BXFbl|Manuals:BXFbl:Setupmenu_C/en|Manuals:BXFbl:Setupmenu_R/en|SETUPMENU|}} __TOC__ <br..." |
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{{DISPLAYTITLE:SETUP MENU D - Rudder frequency|noerror}} | {{DISPLAYTITLE:SETUP MENU D - Rudder frequency|noerror}} | ||
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Similar to swashplate servos frame rate at Menu Point B you can select the frequency / update rate for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running at least 270Hz. With high update rate, the system will recalculate movements more often and in consequence will send commands to the servo with a higher frequency. This results in better positioning and more locked in feeling. Of course, this will cause the rudder servo to make more movements at a given timeframe. So in case the servo is not built for this kind of application, this can cause a high power consumption of the servo and cause the servo getting very hot. When this happens, reduce update rate immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or reduce frequency to an acceptable level, in case the servo is not capable of handling such high frequency in field use.<br /> | Similar to swashplate servos frame rate at Menu Point B you can select the frequency / update rate for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running at least 270Hz. With high update rate, the system will recalculate movements more often and in consequence will send commands to the servo with a higher frequency. This results in better positioning and more locked in feeling. Of course, this will cause the rudder servo to make more movements at a given timeframe. So in case the servo is not built for this kind of application, this can cause a high power consumption of the servo and cause the servo getting very hot. When this happens, reduce update rate immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or reduce frequency to an acceptable level, in case the servo is not capable of handling such high frequency in field use.<br /> | ||
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=Adjustment on the device= | |||
To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color at SETUP MENU point '''D'''. Please note that depending on the rudder servo pulse width chosen at Menu Point C, you may not be able to select 560Hz! Servos with Standard pulse width of 1500/1520µs can only run at maximum frame rate of 400Hz.<br /> | To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color at SETUP MENU point '''D'''. Please note that depending on the rudder servo pulse width chosen at Menu Point C, you may not be able to select 560Hz! Servos with Standard pulse width of 1500/1520µs can only run at maximum frame rate of 400Hz.<br /> | ||
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{{TABLEV5|Rudder servo frequency |50 Hz|165 Hz|270 Hz|333 Hz|560 Hz}} | {{TABLEV5|Rudder servo frequency |50 Hz|165 Hz|270 Hz|333 Hz|560 Hz}} | ||
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'''Note:''' When you set a different | '''Note:''' When you set a different frequency using the StudioX App the Status LED will be '''off'''. You can switch back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting!<br /> | ||
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Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder | =Setup with StudioX app= | ||
Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder servo update rate) or set a custom frequency by clicking the gear symbol and directly changing the value with the dial or buttons. Using a custom frequency you can go up to 400 Hz frame rate for rudder servos with standard pulse width of 1500/1520µs. Usually this is plenty enough even for the fastest servos on the market. Going higher is not possible due to technical reasons (the servo pulse at maximum deflection would not fit into the frame properly!). If you want to get top notch performance, we recommend using a servo with 760 µs pulse width. This allows frequencies up to 600 Hz.<br /> | |||
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< | <img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20033.PNG" alt="Screenshot"> | ||
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<div class="ios-gallery-text">Choose a preset frequency ...</div> | |||
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<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20036.PNG" alt="Screenshot"> | |||
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<div class="ios-gallery-text">... or use the knob to adjust as needed.</div> | |||
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