Atmel AT91EB01, Руководство пользователя

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Setting Up the AT91EB01 Evaluation Board
3-4 AT91EB01 Evaluation Board User Manual
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Select OK: the debugger starts communicating with Angel, displaying a small window
with transmit and receive counters.
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The connection with Angel is established. In the console window is displayed :
Angel Debug Monitor (serial) 1.04 (Advanced RISC Machines SDT 2.11a) for
AT91EB0x(1.01)
Angel Debug Monitor rebuilt on Sep. 14 1998 at 14:52:22
Serial Rate: 38400
Load the Image and start the application:
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Activate the menu “File – Load Image…”.
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Select the file “led_blink.axf” in the directory
“<MyFolderAT91>\Examples\led_blink\EB01SramAngel”: the debugger loads the
image, displaying a window with transmits and receives counter.
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Select “Execute – Go” or press F5: the debugger stops on the main function,
displaying the C source file.
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Select “Execute – Go” or press F5 again: the console window continuously displays
“Loop 0, Loop 1, …” and the amber and red LEDs are blinking.
3.6.4 Use with Embedded
ICE Build the project for the Embedded ICE Debug System variant.
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Open the project “led_blink.apj” in the directory
“<MyFolderAT91>\Examples\led_blink”.
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Select the variant “EB01SramICE”, and build the application.
Connect the AT91EB01 on your host computer.
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Connect the COM port of the PC to the DB09 connector of the Embedded ICE Box
with the crossed cable (not delivered with the AT91EB01).
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Connect the parallel port of the PC to the DB25 connector of the Embedded ICE Box
with the parallel cable (not delivered with the AT91EB01).
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Connect the 14-pin connector of the Embedded ICE Box to the 20-pin JTAG
connector of the AT91EB01 through the Embedded ICE to the JTAG target connector.
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Check the SW1 switch is on the “LOWER_MEM” position.
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Supply power to the AT91EB01 and to the Embedded ICE: the amber LED and the
red LED on the EmbeddedICE light up.
Configure the debugger to work with Embedded ICE:
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Start the ARM Debugger for Windows (ADW) in Armulate Mode
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Activate the menu “Options – Configure Debugger”.
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If not already done, add the “remote_a.dll” target environment to the debugger.
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Select the target environment “remote_a.dll” and configure it:
- “Serial/Parallel” Remote Connection
- Heartbeat enabled
- LPTx port and COMx port at 115200 bauds
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Select OK: the debugger starts communicating with the Embedded ICE, displaying a
small window with transmit and receive counters.
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The connection with Embedded ICE is established. In the console window is
displayed :
EmbeddedICE Manager (ADP, ARM7TDMI) 2.04 (Advanced RISC Machines SDT 2.11)
Define the top of memory
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Activate the menu “View – Debugger Internals … ”
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Double click on the “top_of_memory” parameter and redefine it to be “0x0220 0000”.
Load the Image and start the application: