SNVU854 april   2023 TPS929120-Q1 , TPS929121-Q1 , TPS929160-Q1 , TPS929240-Q1

 

  1.   Abstract
  2.   Trademarks
  3. 1Introduction
  4. 2Software Setup
  5. 3Hardware Setup
  6. 4Sample Code Structure
    1. 4.1 Flow Diagram
    2. 4.2 System Setup
    3. 4.3 Diagnostics
    4. 4.4 EEPROM Programming

2 Software Setup

To set up the software for the MSP430F5529 LaunchPad™, follow these steps (demonstrated in a computer with Windows 10 OS):

  1. Download and install Code Composer Studio™
    1. Download Code Composer Studio integrated development environment (IDE) (Version ≥ 11.1.0).
    2. Follow the installation instructions to install Code Composer Studio. During the installation process, if you choose the "Setup type" to be "Custom Installation", make sure that you select "MSP430 ultra-low power MCUs" in "Select Components", as is marked with red box in Figure 2-1.
      GUID-20221129-SS0I-X89J-718J-44JVQQJGDNGR-low.svg Figure 2-1 Installation Process of Code Composer Studio
  2. Download and import sample code.
    1. The link for each EVM is different. However, the sample code in each link is the same except for the file led_driver.h that is setup for the matching EVM.
      1. TPS929120EVM: TPS92912XQ1-SW-F5529
      2. TPS929160EVM: TPS929160Q1-F5529-SW
      3. TPS929240EVM: TPS929240Q1-F5529-SW
  3. Importing the Code Composer Studio (CCS) project according to the process provided in the link: Importing a CCS Project.
  4. Load the program according to the process provided in the link: Building and Running Your Project.
  5. (optional) Download the EEPROM configuration tool. This is a handy tool if you want to program the EEPROM with non-default data. The tool for TPS929160/TPS929240 also includes a calculation tool for the FlexWire interface CRC values in tab IF_CRC. For each of the supported devices there is a separate link:
    1. TPS929120/TPS929121: TPS92912x-Q1 EEPROM Configuration Tool
    2. TPS929160/TPS929240: TPS929240-Q1 TPS929160-Q1 EEPROM Configuration Tool