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Problems programming/debugging the MSP-EXP430FR5739 with MSP-FET tool

Other Parts Discussed in Thread: MSP-FET, MSP-EXP430FR5739

Dear All, 

I am sorry if this question has already been posted. I have found some threads with a similar question, but I have been unable to solve my problem.

I recently purchased a MSP-FET tool to program the MSP-EXP430FR5739 and measure power consumption. I have followed the MSP-FET user's guide to install the hardware in my machine and connected the MSP-FET to the experimenter board as follows (see also image):

MSP-FET MSP-EXP430FR5739
TDD/TDI (Pin 1) RST/NMI/SBWTDIO (Pin 20 --> TP15)
TCK (Pin 7) TEST/SBWTCK (Pin19 --> TP14)
VCC_TOOL (Pin 2) MSP_PWR jumper pin
GND (Pin 9) GND jumper pin

Please notice that I have disconnected the eZ-430 programmer/debugger (J3 jumpers). 

I am using Code Composer Studio version 6.1.1.00022 (latest update), installed on a Windows 8.1 (virtual machine).

When connecting the MSP-FET, I can see it is correctly installed in Control Panel, Device Manager, Ports (COM & LPT), where:  

  • MSP Application UART1 (COM5)
  • MSP Debug Interface (COM6)

Just in case, I can program the experimenter board through the eZ-430 programmer/debugger with no problems.

The problem is that, when pressing the debug button, CCS configures the debugger (figure 2) and then it shows the following error message (figure 3):

I suspected it was a problem with the wiring (as shown in the figure 1), so I checked all the connections and even tried a different configuration. Also, as suggested in some other link, I externally powered the experimenter board (3.3 V DC), and at least I could see how the board started working (as expected), as this wasn't happening just connecting the board to MSP-FET. 

I hope all this information helps guess what I am possibly doing wrong. I would appreciate any help at your earliest convenience. Many thanks

Best wishes, 

David

  • Hi David,

    Your JTAG connections seem completely flipped based on the picture you provided. The while cable line and small arrow on the JTAG connector indicate where pin 1 is located. I apologize for the confusion caused by the image on the MSP-FET, it represents the connections as viewed from the top of the JTAG connector instead of the bottom like you expected.

    Regards,
    Ryan
  • Hi Ryan,

    So simple and I didn't realise that minor detail... It now works. Many thanks.

    Best wishes,

    David

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