Model Configuration and Hardware Deployment

Use these steps to select the target hardware in the Configuration Parameters dialog box.

For any other custom board, navigate to the Hardware Implementation tab of the Configuration Parameters dialog box and select the appropriate processor and edit the peripheral details in Hardware board settings > Target hardware resources.

For the solver and quadrature encoder interface configuration details, see Model Configuration Parameters.

Connect the Texas Instruments^® BOOSTXL-DRV8305 board and QEP connector to the Texas Instruments LaunchPad XL hardware board. For hardware connection details related to Texas Instruments C2000 LaunchPadXL, see Hardware Connections. The BOOSTXL-DRV8305 (attached to the LaunchPadXL board) requires an enable signal. This signal is connected to the GPIO124 pin of the processor.

In the Simulink Library Browser, add C2000™ Microcontroller Blockset > F2837xD > Digital Output. In the Digital Output block parameters dialog box, change these settings:

Rename the block as GPIO_124.

Add a constant block with the value 1 as an input to the GPIO124 block as shown in this figure.

On the Hardware tab of the Simulink model, select Build, Deploy & Start. This generates the C code, CCS project, and a target-specific .out file. The system uses serial communication to download this target specific .out file to the target hardware and runs the downloaded algorithm in the hardware.

When the model is deployed to the target, the motor runs in open-loop and then runs in closed-loop speed control. This example recommends that you use serial communication to monitor and debug the signals. For details about implementing serial receive and transmit communications between the host and target models, see the example model mcb_pmsm_foc_qep_f28379d. From the Serial Receive block, update the Enable Data Store Memory block to start and stop the motor using the serial commands received from the host model.