dear admin,
thanks for your sharing of knowledge here..i really appreciate it. i have 1 questions due to the gyro connection. i'm using gy401b rc gyro, and from your schematic of gyro example, where do i connect my gyro? and do i need to combine this gyro sketch with ppmout sketch?? i'm sorry i'm still new with this rc gyro and had no knowledge about it. thanks for your work.
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Thanks for your interest. Sorry for the late reply, but I hope you still read this.
The Gyro class is used for setting gyro settings (e.g. what you do in the gyro menu on your programmable transmitter), you do not need to actually connect a gyro to the Arduino. You can use the Gyro class to set gyro sensitivity and rate/heading hold mode. The Gyro class will convert those settings into a value which can be transmitted to your receiver (using the Channel and PPMOut class). Your gyro will pick that value up and act accordingly.
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
dear admin,
thanks for your sharing of knowledge here..i really appreciate it. i have 1 questions due to the gyro connection. i'm using gy401b rc gyro, and from your schematic of gyro example, where do i connect my gyro? and do i need to combine this gyro sketch with ppmout sketch?? i'm sorry i'm still new with this rc gyro and had no knowledge about it. thanks for your work.
Thanks for your interest. Sorry for the late reply, but I hope you still read this.
The Gyro class is used for setting gyro settings (e.g. what you do in the gyro menu on your programmable transmitter), you do not need to actually connect a gyro to the Arduino. You can use the Gyro class to set gyro sensitivity and rate/heading hold mode. The Gyro class will convert those settings into a value which can be transmitted to your receiver (using the Channel and PPMOut class). Your gyro will pick that value up and act accordingly.