How does being “32 bit” effect using this servo D-845wp in a typical 2.4 ghz radio controlled device?
Hello @dandreisbach and welcome to the forum,
This was not exactly your question but I think this information will make it clearer. An analog servo operates based on voltage signals that come through PWM. When an analog servo is at rest, the PWM is essentially off unless you transmit some action. Producing torque from the resting mode makes the initial reaction time slow. On the other hand, a digital servo uses a small microprocessor (a 32 bit one in this case) to receive and direct action at high frequency voltage pulses. The digital servo sends nearly six times the amount of pulses an analog signal does. These faster pulses provide consistent torque for quicker and smoother response times. So to summarize some of the advantages are: faster response, smoother operation, and higher resolution.
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