After reading in two sites about how to modify a servo for continuous rotation I've found these contradictory statements:
First site says:
While the second:
(BOLD remarks are mine!)
Before spending any cash in a servo, my questions:
a - Who's right? Do I have speed control in a modified servo or not?
b - If so, with a 1.5 ms signal, does the motor stop?
Thanks for any concrete answer.
First site says:
Pulses of medium width produce 50% voltage, no difference, no movement. Slightly longer pulses move the motor slowly. Longer pulses move the motor faster. Pulses shorter than the medium width cause the motor to spin in the opposite direction
While the second:
:shock: :?:Unfortunately, one limitation of these wonderful little gadgets has been speed control when used as drive motors. By design, servos drive to their commanded position fairly rapidly. So the command input normally provides only full forward, stop, and full reverse control of the drive motor, with nothing in between
(BOLD remarks are mine!)
Before spending any cash in a servo, my questions:
a - Who's right? Do I have speed control in a modified servo or not?
b - If so, with a 1.5 ms signal, does the motor stop?
Thanks for any concrete answer.