Project talk:Alpha transceivers: Difference between revisions
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0xfe00 = software reset | 0xfe00 = software reset | ||
SPI = rising edge, 16 bit | |||
Interrupts (nIRQ low) for: | |||
when in appropriate mode: | |||
RGIT (TX register ready for data) | |||
RGUR (TX register underrun) | |||
FFIT (RX FIFO has data) | |||
FFOV (RX FIFO overflow) | |||
POR (power-on reset) | |||
WKUP (wake-up timer) | |||
EXT (nINT) | |||
LBD (low battery) | |||
SDO runs all the time. | |||
[EvanDavey] | |||
Have you looked at http://www.seeedstudio.com/depot/datasheet/RFBee%20User%20Manual%20v1.1.pdf? | |||
The design leaves lots of digital pins free on the AT Mega (which uses the Arduino bootloader) which I reckon would suit most applications and the CC1101 is cheap. Been thinking of trying to reproduce this on a breadboard using their design and firmware + regulator hardware. | |||
Latest revision as of 22:17, 5 February 2011
0xfe00 = software reset
SPI = rising edge, 16 bit
Interrupts (nIRQ low) for:
when in appropriate mode: RGIT (TX register ready for data) RGUR (TX register underrun) FFIT (RX FIFO has data) FFOV (RX FIFO overflow)
POR (power-on reset) WKUP (wake-up timer) EXT (nINT) LBD (low battery)
SDO runs all the time.
[EvanDavey]
Have you looked at http://www.seeedstudio.com/depot/datasheet/RFBee%20User%20Manual%20v1.1.pdf?
The design leaves lots of digital pins free on the AT Mega (which uses the Arduino bootloader) which I reckon would suit most applications and the CC1101 is cheap. Been thinking of trying to reproduce this on a breadboard using their design and firmware + regulator hardware.
