Step 1.1: Verify whether the MCC Plugin is Installed in MPLAB® X IDE
Verify that MPLAB® Code Configurator (MCC) is installed.
• Launch MPLAB X IDE from the Microsoft Windows® Start menu. Close any projects and files that are currently open
• Go to Tools > Embedded
• You will see MPLAB Code Configurator v4: Open/Close in the menu
If you don't see it in the menu, follow the instructions in the "Install MPLAB Code Configurator from the Microchip Plugins Update Center" section to install MCC.
Step 1.2: Create MPLAB Harmony v3 Project Using MCC on MPLAB X IDE
Select File > New Project from the main Integrated Development Environment (IDE) menu.
In the Categories pane of the New Project dialog, select Microchip Embedded. In the Projects pane, select 32-bit MCC Harmony Project, then click Next.
In the Framework Path edit box, browse to the folder where you downloaded the framework. If you haven't done this, or want to download it to a different folder, click the Launch Content Manager button, then click Next.
For more information on the content manager, view the video "MPLAB Code Configurator Content Manager for MPLAB Harmony v3 Projects".
In the Project Settings window, apply the following settings:
- Location: Indicates the path to the root folder of the new project. All project files will be placed inside this folder
- The project location can be any valid path, for example: <Folder of your choice>\dev\digit_recognition
- Folder: Indicates the name of the MPLABX .X folder. Enter sam_e51_igat to create a sam_e51_igat.X folder
Note: This must be a valid directory name for your operating system.
- Name: Enter the project’s logical name as digit_recognition_sam_e51_igat. This is the name that will be shown from within MPLAB X IDE
Note: The Path box is read-only. It will update as you make changes to the other entries.
- Click Next to proceed to Configuration Settings
Note: Clicking on the Show Visual Help button will open a help window providing a detailed description of the various fields in the Project Settings window.
Follow the steps below to set the project’s Configuration Settings.
- Name: Enter the configuration name as sam_e51_igat
- Target Device: Select ATSAME51J20A as the target device
Note: You can select the Device Family or enter a partial device name to filter the list in Target Device to make it easier to locate the desired device.
- After selecting the target device, click Finish to create and open the MPLAB Harmony v3 Project
The MCC plugin’s main window for the project will be displayed.
Resource Manager has two sections one is Project Resources and another one is Device Resources.
The Project Resources pane displays all of the peripherals currently configured for the project. For example, CMSIS and Device Family Packs (DFP). Select the peripheral here, and the peripheral is ready to be configured in the Configuration Options window. In the Project Resources pane, the System module is always present. The System module simplifies the setting of configuration bits and configures the system clock.
The Device Resources pane displays available peripherals for the device. Click on the peripheral you want to add to your project. The peripheral moves to the MCC Project Resources pane and is ready to be configured to your project's requirements. For example, Harmony Peripheral Libraries (PLIBs) for your device.
Versions shows MPLAB Code Configurator Plugin version information and different libraries along with their version. For example, the supported Harmony v3 library.
Project Graph shows the instantiated components. You can instantiate available components by double-clicking on the component in the Device Resources pane. After successful component instantiation, you can see the instantiated components under the Project Resources pane.
Configuration Options displays the tree view of the selected component under the Project Graph tab. You can configure the selected component in this section.
Step 1.3: Verify Clock Settings
In Clock Easy View, configure the XOSC0 Oscillator and FDPLL 0 blocks as shown below to generate a 120 MHz CPU clock using an external Oscillator input source.
For high accuracy and stable clock, the 12 MHz external crystal output is fed to XOSC0 Oscillator.
Configure the GLCK Generator 1, DFLL, and GLCK Generator 2 blocks as shown below to generate 32 kHz and 48 MHz clocks using an external Oscillator input source. The 32 kHz and 48 MHz clocks will be used in the further steps as TC0 peripheral clock and SERCOM-USART peripheral clock sources respectively.
Also, configure the DFLL advanced settings by clicking on the Settings (gear) button of DFLL.