Arduino Servo Timer2 at Steve Bushnell blog

Arduino Servo Timer2. Avoid conflict with other libraries, use servotimer2 and run servo motors with ease. Many arduino functions uses timers, for example the time functions: Exact timings differ for different servos but 1500 micro seconds normally center the servo. You need to leave a large gap. Delay(), millis() and micros(), the pwm functions analogwrite(), the tone() and the notone() function, even the servo library uses timers and interrupts. 8 rows servotimer2 is a simple library for arduino 1.x that does not use timer1 in case of a conflict. The servotimer2 library does not use degrees. The parameter for the write() function is a microsecond value between 1000. To move slower (you could call that smooth) between the values, you would need to set the inbetween values for the servo. The library uses timer2 to drive up to 8 servos using interrupts so no refresh activity is required from within the sketch.

Arduino ServoTimer2 and VirtualWire 433MHz Receiver 4 Steps
from www.instructables.com

8 rows servotimer2 is a simple library for arduino 1.x that does not use timer1 in case of a conflict. To move slower (you could call that smooth) between the values, you would need to set the inbetween values for the servo. Many arduino functions uses timers, for example the time functions: You need to leave a large gap. Avoid conflict with other libraries, use servotimer2 and run servo motors with ease. Delay(), millis() and micros(), the pwm functions analogwrite(), the tone() and the notone() function, even the servo library uses timers and interrupts. The servotimer2 library does not use degrees. The library uses timer2 to drive up to 8 servos using interrupts so no refresh activity is required from within the sketch. Exact timings differ for different servos but 1500 micro seconds normally center the servo. The parameter for the write() function is a microsecond value between 1000.

Arduino ServoTimer2 and VirtualWire 433MHz Receiver 4 Steps

Arduino Servo Timer2 Avoid conflict with other libraries, use servotimer2 and run servo motors with ease. Many arduino functions uses timers, for example the time functions: Delay(), millis() and micros(), the pwm functions analogwrite(), the tone() and the notone() function, even the servo library uses timers and interrupts. Exact timings differ for different servos but 1500 micro seconds normally center the servo. The servotimer2 library does not use degrees. The library uses timer2 to drive up to 8 servos using interrupts so no refresh activity is required from within the sketch. To move slower (you could call that smooth) between the values, you would need to set the inbetween values for the servo. You need to leave a large gap. 8 rows servotimer2 is a simple library for arduino 1.x that does not use timer1 in case of a conflict. The parameter for the write() function is a microsecond value between 1000. Avoid conflict with other libraries, use servotimer2 and run servo motors with ease.

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