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en:hardware:avr-can:controller [2010/04/05 12:55]
mikk.leini created
en:hardware:avr-can:controller [2018/12/27 12:53] (current)
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 ====== Controller ====== ====== Controller ======
  
-==== Soldering ​parts to PCB ====+==== Soldering ​Parts to the PCB ====
  
-Use the Partlist ​(see appendix) to check if you have all the necessary parts to +Use the parts list (see appendix) to check if you have all the necessary parts to 
-build to Autostudy CAN board. ​ Alternatively,​ the following picture gives an+build the Autostudy CAN board. ​ Alternatively,​ the following picture gives an
 overview of all the needed parts: overview of all the needed parts:
  
Line 39: Line 39:
 Figure 1.4: Step 5 + 6 Figure 1.4: Step 5 + 6
  
-In last step, put the 4 IC (voltage regulator, Atmega32, CAN controller, CAN +In the last step, put the 4 IC (voltage regulator, Atmega32, CAN controller, CAN 
-transceiver) into their corresponding sockets. The orientation of the IC have to+transceiver) into their corresponding sockets. The orientation of the IC has to
 match the orientation of the IC sockets (see the IC’s notched ends). ​ Jumpers match the orientation of the IC sockets (see the IC’s notched ends). ​ Jumpers
 JP1, JP2, TERM are to be placed on the pin headers (2x1). ​ Please note that the JP1, JP2, TERM are to be placed on the pin headers (2x1). ​ Please note that the
 jumpers TERM and JP1 will not be used until later. Therefore, they must not (!) jumpers TERM and JP1 will not be used until later. Therefore, they must not (!)
 connect the two pins of their pin headers (see below). The soldering process is connect the two pins of their pin headers (see below). The soldering process is
-now completed ​and the board should be tested.+now complete ​and the board should be tested.
  
 {{  :​en:​hardware:​arm-can:​can-v4_7.jpg?​250 ​ |Figure 1.5: Step 7}} {{  :​en:​hardware:​arm-can:​can-v4_7.jpg?​250 ​ |Figure 1.5: Step 7}}
Line 51: Line 51:
 Figure 1.5: Step 7 Figure 1.5: Step 7
  
-==== Testing the board ==== +==== Testing the Board ==== 
  
 Warning: The device can be powered by 3 different means: (1) through the use Warning: The device can be powered by 3 different means: (1) through the use
 of the provided AC/​DC-adaptor (2) from the PC over USB (3) over the CAN Bus of the provided AC/​DC-adaptor (2) from the PC over USB (3) over the CAN Bus
-from another CAN board that is being powered by one of the abovementioned +from another CAN board that is being powered by one of the above mentioned 
-means The USB cable and the AC/​DC-adaptor should not be plugged in simul- +meansThe USB cable and the AC/​DC-adaptor should not be plugged in simul- 
-taneously ( !  )  If 2 boards are connected via CAN, jumper JP1 can be used to+taneously (!) If 2 boards are connected via CAN, jumper JP1 can be used to
 power one board while the other board is powered by either (1) or (2).  In this power one board while the other board is powered by either (1) or (2).  In this
-case, don’t connect the secondary board to any other power source ( ! )+case, don not connect the secondary board to any other power source (!)
  
 {{  :​en:​hardware:​arm-can:​aufbau1.jpg?​500 ​ |Figure 1.6: Structure}} {{  :​en:​hardware:​arm-can:​aufbau1.jpg?​500 ​ |Figure 1.6: Structure}}
en/hardware/avr-can/controller.1270461311.txt.gz · Last modified: 2013/03/26 23:02 (external edit)
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