Buck-Boost regulator
modkil
Posts: 27
One down side of its current design is the power source needed, the boe bot barely supplies the necessary power for it to run.
Increasing memory and utilizing a buck-boost regulator to allow the javelin to run on a wider range of voltages would be nice, if there were to be ever future revisions.
Its a nice chip considering its between the stamp, sx and prop in my opinion because it allows multitasking while allowing easy to use code(java's not a hard language to learn either way though) [noparse]:D[/noparse]
Increasing memory and utilizing a buck-boost regulator to allow the javelin to run on a wider range of voltages would be nice, if there were to be ever future revisions.
Its a nice chip considering its between the stamp, sx and prop in my opinion because it allows multitasking while allowing easy to use code(java's not a hard language to learn either way though) [noparse]:D[/noparse]
Comments
The javelin accepts 7.5V-24V supply. Neither the BS or the SpinStamp
allow that upper limit.
Also, the javelin draws about 80-90 mA so it is not really suited for
battery operation. (The BoeBot was designed for the BS which draws
far less current).
regards peter