octofet-16

amperka/octofet/octofet-16

Represents two Octofet boards connected in a daisy-chain.
octofet-16
@/octofet-16
Represents two Octofet boards connected in a daisy-chain.
CSport
The chip select (also known as slave select) pin used to control the shift-register latch. It is marked CS on the Octofet board. Use any GPIO pin of the controller.
MOSIport
The MOSI (Master Out Slave In) pin used to send data to the peripherals. It is marked DI on the Octofet board. Use any GPIO pin of the controller.
SCKport
The clock pin used to clock pulses which synchronize data transmission generated by the master. It is marked П on the Octofet board. Use any GPIO pin of the controller.
CH0boolean
Channel #0 on Octofet #2.
CH1boolean
Channel #1 on Octofet #2.
CH2boolean
Channel #2 on Octofet #2.
CH3boolean
Channel #3 on Octofet #2.
CH4boolean
Channel #4 on Octofet #2.
CH5boolean
Channel #5 on Octofet #2.
CH6boolean
Channel #6 on Octofet #2.
CH7boolean
Channel #7 on Octofet #2.
CH8boolean
Channel #0 on Octofet #1.
CH9boolean
Channel #1 on Octofet #1.
CH10boolean
Channel #2 on Octofet #1.
CH11boolean
Channel #3 on Octofet #1.
CH12boolean
Channel #4 on Octofet #1.
CH13boolean
Channel #5 on Octofet #1.
CH14boolean
Channel #6 on Octofet #1.
CH15boolean
Channel #7 on Octofet #1.
ACTboolean
Makes the octofet react to incoming values while `ACT` is true
octofet-16
CS
MOSI
SCK
CH0
CH1
CH2
CH3
CH4
CH5
CH6
CH7
CH8
CH9
CH10
CH11
CH12
CH13
CH14
CH15
ACT
ACK
ACKpulse
Fires on writing complete.
To use the node in your project you should have the amperka/octofet library installed. Use the “File → Add Library” menu item in XOD IDE if you don’t have it yet. See Using libraries for more info.