MSP430 Launchpad used as a Programmer for MSP430G2230 banner

MSP430 Launchpad used as a programmer


In this MSP430 Launchpad used as a programmer tutorial, the MSP430 Launchpad board will be used to program a MSP430G2230 microcontroller.  The MSP430G2230 is an 8 pin microcontroller and comes in a Small Outline Integrated Circuit package (SOIC), so offers the developer the chance to reduce the overall footprint of the project on a budget.  As the MSP430G2230 comes in a SOIC package, for prototyping it’s often easier to increase the package size, which allows more conventional and off the shelf components to be used during the development stage.  Texas Instruments sells a Dual In-Line Package or DIP adaptor PCB, the image below shows the board and it can also be found here.

MSP430 Launchpad used as a Programmer for MSP430G2230 DIP Adaptor evaluation PCB

It is also possible to buy these from other vendors or even make them yourself, the next few images shows the MSP430G2230 soldered on to the Texas Instruments SOIC to DIP evaluation PCB.  Also shown is a PCB I manufactured for an ADS118IDGST 16bit ADC, which is a Micro Small Outline Package (MSOP-10), this was covered in an earlier Stellaris tutorial which can be found here.

MSP430 Launchpad used as a Programmer for MSP430G2230 DIP Adaptor and own MSOP-10 adaptor topMSP430 Launchpad used as a Programmer for MSP430G2230 DIP Adaptor and own MSOP-10 adaptor side

So once the MSP430G2230 is more accessible in a DIP package, it can be easily used on some vero-board or even a breadboard set-up.

The nest step is setting up the MSP430G Launchpad board so it can be used to program the MSP430G2230, this is a very simple process and involves the removal of the existing microcontroller.  There are only four pins used for programming and I used some breadboard which allowed easy wire connections.  The next image shows the four GPIO pins used and the corresponding pins on the Launchpad board.

MSP430 Launchpad used as a Programmer for MSP430G2230 pinout connections


As the image shows the DIP converted MSP430G2230 pins don’t directly align with the Launchpad, hence the need for the bread board.  So once the MSP430G2230 is wired up to the Launchpad board, a programme can be flashed from Code Composer Studio (CCS).  I wrote a small program to flash an LED which I connected to pin two on the MSP430G2230 or GPIO P1.2, this allowed me to verify the set-up so further development could progress.  The video below demonstrates the whole set-up in operation, the code has already been downloaded at this stage.

MSP430G2230 Simple Blinky Test Code

The link below contains the zip file with the full example C code, there is a small advert page first via Adfly, which can be skipped and just takes a few seconds, but helps me to pay towards the hosting of the website.

MSP430G2230 Test Code


I take great care when writing all the tutorials and articles, ensuring all the code is fully tested to avoid issues for my readers.  All this takes time and a great deal of work, so please support the site by using the Adfly links etc.  If you have found this useful or have any problems implementing, please feel free to leave a comment and I will do my best to help.

2 thoughts on “MSP430 Launchpad used as a programmer”

  1. can ir remote be built using this msp430g2230 and how to start i.e, the libraries related to ir. where to find those ?

    1. Hi Krishan,

      Yes it should be possible as in its simplest form you could turn a GPIO on and off to simulate a IR pulse output, you will need a transistor to drive the IR LED though as the MSP430 GPIO cannot handle much more than ~6mA. As far as were to find code try the TI E-E forums, 430h and Google. If you know how to use the MSP430 on a basic level a tutorial fro another microcontroller could be used and then just port the code.


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