If you have tried downloading the Arduino or MPS430 Courseware Labs for the TBS1000B-EDU you may have noticed that the Arduino code is missing from the downloads for the individual labs. To get the Arduino code you will need to download the full Arduino Course Package. You can find a copy of that package at the following link.  Learn Digital Oscilloscope Operations using Arduino Board as DUT (Signal Generator) Synopsis Learn digital oscillsocope fundamentals and how to use it for signal analysis using 22 lab experiments. These 22 Lab Experiments are organized under 6 courses - each course focusing on specific features of oscilloscope: - Amplitude Measurement - Timing Measurement - Advanced Measurement - Triggering - Waveform Math - Cursor Measurement Arduino is a popular Opensource Hardware platform for rapid prototyping of embedded system designs. Arduino Duemilanove or Uno board can be used for conducting these experiments as Device Under Test (DUT). Arduino code, required for programming of the board to generate signals, is also provided along with the lab package. By downloading courseware, you are accepting our  terms & conditions Learn Digital Oscilloscope Operations using Arduino Board as DUT (Signal Generator) PDF of the lab   The Arduino package contains all the Arduino Labs in a single download along with the related Arduino code. These labs have already been packaged into a Courseware package that is ready for upload to the TSB1000B-EDU scope so there is no need to use the Course Editor software to package them yourself. To get the MPS430 Lanuchpad board signals use the other link below.   Learning Oscilloscope Operation using MSP430 Launchpad board Synopsis   "Learn digital oscillsocope fundamentals and how to use it for signal analysis using 22 lab experiments. These 22 Lab Experiments are organized under 6 courses - each course focusing on specific features of oscilloscope:   Amplitude Measurement Timing Measurement Advanced Measurement Triggering Waveform Math Cursor Measurement    MSP430 is a popular Embedded Hardware platform from Texas Instruments (TI) for rapid prototyping of low -cost, low-power embedded system designs. MSP430 Luanchpad board can be used for conducting these experiments as Device Under Test (DUT). MSP430 code (that runs on Energia IDE), required for programming of the board to generate signals, is also provided along with the lab package."     learning-oscilloscope-operation-using-msp430-launchpad-board PDF of the lab   The project files are .ino files. In order to import a .ino file into CCS, follow this guide:  http://energia.nu/guide/import-energia-sketch-to-ccsv6/   Step 0,1 and 2. Once the code is imported into CCS, flash it onto the MPS430 by pressing Debug. After Debug completes, run the code on the MPS430 by pressing Resume.