6713 DSK by pengxiuhui


									• The 6713 DSP Starter Kit (DSK) is a low-cost platform which lets
  customers evaluate and develop applications for the Texas
  Instruments C67X DSP family. The primary features of the DSK

• ·    225 MHz TMS320C6713 Floating Point DSP

• ·    AIC23 Stereo Codec

• ·    Four Position User DIP Switch and Four User LEDs

• ·    On-board Flash and SDRAM

• TI’s Code Composer Studio development tools are bundled with the
  6713 DSK providing the user with an industrial-strength integrated
  development environment for C and assembly programming. Code
  Composer Studio communicates with the DSP using an on-board
  JTAG emulator through a USB interface.
6713 DSK
• 225MHz VLIW DSP core and 256Kbytes
  of internal memory. On-chip peripherals
  include a 32-bit external memory interface
  (EMIF) with integrated SDRAM controller,
  2 multi-channel buffered serial ports
  (McBSPs), two on-board timers and an
  enhanced DMA controller (EDMA).
• The 6713 has a significant amount of
  internal memory so many applications will
  have all code and data on-chip. External
  accesses are done through the EMIF
  which can connect to both synchronous
  and asynchronous memories. The EMIF
  signals are also brought out to standard TI
  expansion bus connectors so additional
  functionality can be added on daughter
  card modules.
• on-board codec called the AIC23. Codec
  stands for coder/decoder, the job of the
  AIC23 is to code analog input samples into
  a digital format for the DSP to process,
  then decode data coming out of the DSP
  to generate the processed analog output.
  Digitial data is sent to and from the codec
  on McBSP1.
• The DSK has 4 light emitting diodes (LEDs) and 4 DIP
  switches that allow users to interact with programs
  through simple LED displays and user input on the
  switches. Many of the included examples make use of
  these user interface options.

• The DSK implements the logic necessary to tie board
  components together in a programmable logic device
  called a CPLD. In addition to random glue logic, the
  CPLD implements a set of 4 software programmable
  registers that can be used to access the on-board LEDs
  and DIP switches as well as control the daughter card
  The DSK includes a special
   version of Code Composer
specially tailored to features on
  the 6713 DSK board. Other
versions of Code Composer are
available that fully support each
 of TI’s processor families on a
    wide variety of hardware
• The 6713 DSK includes a special device
  called a JTAG emulator on-board that can
  directly access the register and memory
  state of the 6713 chip through a
  standardized JTAG interface port. When a
  user wants to monitor the progress of his
  program, Code Composer sends
  commands to the emulator through its
  USB host interface to check on any data
  the user is interested in.
• Debugging method is extremely powerful
  because programs can be debugged
  unobtrusively on real hardware targets without
  making any special provisions for debug like
  external probes, software monitors or simulated
  hardware. When designing your own hardware
  around the 6713 you can debug your application
  with the same rich functionality of the DSK
  simply by using Code Composer with an
  external emulator and including a header for the
  JTAG interface signals.
•   Break point
•   Watch the Variables
•   View Memory, Registers
•   View C and Assembly code
•   Graph the results
•   Monitor execution time
•   Step through program (into, over, out)
•   RTDX – real time data exchange between DSP
    board and the PC
• When you tell Code Composer to run, it simply
  starts executing at the current program counter.
  If you want to restart the program, you must
  reset the program counter by using Debug à
  Restart or re-loading the program which sets the
  program counter implicitly.

• After you start a program running it continues
  running on the DSP indefinitely. To stop it you
  need to halt it with Debug à Halt.
• Open the led.pjt Code Composer project using
  Project à Open and selecting led.pjt. It is in the
  directory c:\ti\examples\dsk6713\bsl\led.

• Load the led.out executable file. Select File à
  Load Program. It will open a file browser dialog.
  Select the led.out file in the led\Debug directory
  in the file browser and hit "Open" to load the
  executable file. You must reload the compiled
  executable every time you make changes to the
• elect the Debug à Run option under the Debug
  menu. LED #0 will start blinking slowly.

• 9) Move DIP switch #3 up and down, you will
  see LED #3 change with it.

• 10) When you are satisfied that the program is
  indeed running correctly, stop the program by
  selecting Debug à Halt.
• DSP/BIOS programs are organized such that logically
  independent parts of a program are executed as
  independent tasks and threads. In the context of an
  application like a mobile phone, one task could be
  assigned to listening for wireless communication
  transfers, another assigned to wait for user input,
  another to periodically check the battery level and so on
  rather than have a single task try to do all of these things
  at once. In addition to basic task scheduling, DSP/BIOS
  also includes components that allow communication and
  synchronization between tasks and devices.
• Refer the CCS tutorial for more detail.

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