I am confused whether arduino will work as it will have pid and other control algorithm. So i want some suggestions on the choice of mcu for an autonomous quadcopter.
I am confused whether arduino will work as it will have pid and other control algorithm. So i want some suggestions on the choice of mcu for an autonomous quadcopter.
Check out PSoC5 - it is much more powerful than an arduino and they are low cost - about $10 for a module - the software development system is free.
CY8CKIT-059 CYPRESS SEMICONDUCTOR, Development Board, Cortex-M3, PSoC 5LP CPU, Snap-away Programmer/Debugger, CapSense |…
http://www.cypress.com/video-library/PSoC/psoc-5lp-bluetooth-quadcopter/513596
Check out PSoC5 - it is much more powerful than an arduino and they are low cost - about $10 for a module - the software development system is free.
CY8CKIT-059 CYPRESS SEMICONDUCTOR, Development Board, Cortex-M3, PSoC 5LP CPU, Snap-away Programmer/Debugger, CapSense |…
http://www.cypress.com/video-library/PSoC/psoc-5lp-bluetooth-quadcopter/513596
This PSoC5 quadcopter looks nice. I've read somewhere, they might publish it (or even manufacture it) as a reference design - that would be great.
I am just curious, how they do the PID controlling, whether using some internal components without (or with minimum usage of) the CPU, or it's pure SW algorithm.
I've discovered that even PSoC4 has some form of a PID regulator integrated in a fan controller component, but I am not sure, whether it could be used for a gyroboard / quadcopter.