Difference between revisions of "CAN interfaces (Naon)"

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DM8148 processor integrates two CAN controller knows as DCAN0 and DCAN1.
 
DM8148 processor integrates two CAN controller knows as DCAN0 and DCAN1.
  
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==DCAN0==
 
By default DCAN0 is connected to on-board CAN transceiver (TI SN65HVD232). CAN_H and CAN_L signals are routed to pins J1.96 and J1.98 respectively.  
 
By default DCAN0 is connected to on-board CAN transceiver (TI SN65HVD232). CAN_H and CAN_L signals are routed to pins J1.96 and J1.98 respectively.  
  
 
Please note that CAN transceiver might be not populated on request. In this case DCAN0_TX and DCAN0_RX processor's signals are routed to J1.96 and J1.98 respectively. For more details about this option please contact [[HowTo_Contact_Sales_Support| Sales department]].
 
Please note that CAN transceiver might be not populated on request. In this case DCAN0_TX and DCAN0_RX processor's signals are routed to J1.96 and J1.98 respectively. For more details about this option please contact [[HowTo_Contact_Sales_Support| Sales department]].
 
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==DCAN1==
 
DCAN1 TX and RX signals are connected to J1.19 and J1.21 rispectively.
 
DCAN1 TX and RX signals are connected to J1.19 and J1.21 rispectively.

Revision as of 09:00, 6 June 2012

Info Box
Naon am387x-dm814x.png Applies to Naon

DM8148 processor integrates two CAN controller knows as DCAN0 and DCAN1.

DCAN0[edit | edit source]

By default DCAN0 is connected to on-board CAN transceiver (TI SN65HVD232). CAN_H and CAN_L signals are routed to pins J1.96 and J1.98 respectively.

Please note that CAN transceiver might be not populated on request. In this case DCAN0_TX and DCAN0_RX processor's signals are routed to J1.96 and J1.98 respectively. For more details about this option please contact Sales department.

DCAN1[edit | edit source]

DCAN1 TX and RX signals are connected to J1.19 and J1.21 rispectively.