It may seem like a very short period of time, however, 20 milliseconds 0. In order to create movement of the servo arm, the controller would apply full voltage to the servo motor. If there is little servo arm motion required, the circuit would turn the motor on only for a split second within this 20 millisecond period.
However, if the servo arm would have to rotate a significant amount based on control input from your transmitter, the servo would apply a longer duration on time to accomplish this.
The on time during each cycle is what determines the amount of power that the servo may actually output. Below is a list of advantages and disadvantages for an analog servo.
A digital servo receives a signal from the receiver onboard the RC vehicle and translates this in to a pulse sent to the servo motor. The rate at which pulses of power are sent to the servo motor are much higher. Where in the VPlane menu can you change the Hz output? Thanks again for your help! Zuletzt am I can't imagine that there's a 'too low', if the servo works properly, all is well.
I did test here with Savox Digitals, their max. So you would want to set it to the lowest common denominator, the frequency your analog servos can handle, where 50 Hz would be the quasi-standard, and 70 Hz would be the slightly higher frame rate Futaba uses as a default. Home Help Login Register. Pages: [ 1 ] Go Down. Author Topic: Mixing digital and analog servos? Read times. Low profiles I can only afford in analog but the standard digitals are reasonably priced. Log in Register. Search titles only.
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