Purchase your Quad Motor Control Development Platform

Plug It In

Learn the basics to run your development platform boards, daughter board and digital board. Get up and running with your multi-motor control designs.

1.1 Kit Content

Figure 1. Digital board (ICC-QMC-DB)

Figure 2. Daughter board (ICC-QMC-DGC)

Mark as complete:1.1 Kit Content

1.2 Additional Hardware Requirements

Figure 3. LPC-Link 2 (OM13054UL)

Mark as complete:1.2 Additional Hardware Requirements

1.3 Connection Diagram

Attach a USB cable from the computer to the digital board
Connect the LPC-Link 2 board (J7 jumper) to the daughter board using a JTAG cable in the SWD connector
Attach a USB cable from the computer to the LPC-Link 2 board
Power on the board using SW20

After importing and building the project, we need to prepare hardware setup to program the NXP quad motor-control application using the LPC-Link 2 debug probe.

The daughter board allows the selection of the internal boot or serial downloader boot modes of the i.MX RT1050 crossover processor using the SW300 DIP switch. Select the internal boot mode configuring the SW300 DIP switch as described in the next table.

Switch	State
1	OFF
2	ON
3	ON
4	OFF

Configure LPC-Link 2 board jumpers.

JP1 open: boot USB DFU
JP2 closed: buffers power by LPC-Link 2

Mark as complete:1.3 Connection Diagram

NextGet Software

Get Software

2.1 MCUXpresso Integrated Development Environment (IDE)

The MCUXpresso IDE brings developers an easy-to-use Eclipse-based development environment for NXP^® MCUs based on Arm^® Cortex^® -M cores, including LPC and including LPC, Kinetis and i.MX RT crossover MCUs.

MCUXpresso Integrated Development Environment (IDE)

Mark as complete:2.1 MCUXpresso Integrated Development Environment (IDE)

2.2 MCUXpresso Project Sample Code

MCUXpresso Project

Mark as complete:2.2 MCUXpresso Project Sample Code

2.3 FreeMASTER Run-Time Debugging Tool

FreeMASTER is a user-friendly real-time debug monitor and data visualization tool that enables runtime configuration and tuning of embedded software applications.

FreeMASTER Run-Time Debugging Tool

Mark as complete:2.3 FreeMASTER Run-Time Debugging Tool

2.4 FreeMASTER Project Sample Code

FreeMASTER Project

Mark as complete:2.4 FreeMASTER Project Sample Code

PreviousPlug It In

NextBuild, Run

Build, Run

3.1 Get the i.MX RT1050 SDK

In the SDK Builder, you will be asked to sign in with your NXP account (if you don't have one yet, click on Register Now), type your credentials in the fields and then click on Sign in.

Type MIMXRT1052xxxxB on the text box (1), select it (2) in the drop-down list and click (3) Build MCUXpresso SDK button as shown.

Mark as complete:3.1 Get the i.MX RT1050 SDK

3.2 Accept Terms and Download

Click Download SDK button and accept the software terms and conditions.

Mark as complete:3.2 Accept Terms and Download

3.3 Install the i.MX RT1050 SDK in MCUXpresso

Open MCUXpresso, (1) select the Installed SDKs tab and (2) drag and drop the compressed SDK folder to its area. A warning window should pop up.

The i.MX RT1050 crossover processor SDK should now be listed in the Installed SDK tab.

Mark as complete:3.3 Install the i.MX RT1050 SDK in MCUXpresso

3.4 Open the Quad Motor Control Project from File System

Download the NXP quad motor-control application MCUXpresso project from the Tools and Software section.

Browse the NXP quad motor-control application MCUXpresso project as shown in the next figure.

Select the project example and click the Finish button. The project selected should now be visible in your MCUXpresso worskpace.

Mark as complete:3.4 Open the Quad Motor Control Project from File System

3.5 Building the Project

Click the Build button in the MCUXpresso quick start panel to compile the project.

Check in the MCUXpresso console that the project build finished successfully and without errors.

Mark as complete:3.5 Building the Project

PreviousGet Software

NextProject and Tutorials: RT1050 - Single Chip 4 Axis Motion Control

RT1050 - Single Chip 4 Axis Motion Control

This section details how to run the FreeMASTER project provided as part of the NXP quad motor-control application.

Note: FreeMASTER run-time debugging tool installation is required. If you do not have it installed in your laptop, begin the download by clicking the link from Section 2.

To run the NXP quad motor-control FreeMASTER project, follow these instructions:

Connect the NXP quad motor-control development platform to the computer as shown in the next figure.

Attach the daughter board to the digital board using the edge connector
Attach a USB cable from the computer to the digital board
Download and install the USB to UART Bridge VCOM driver, required to communicate with the digital board. Go to Silabs and download the driver from this link.

Unplug and plug the digital board from the computer. Open your Device Manager, and check that your board is recognized and assigned to two port numbers (COMxx)
Write down the assigned port number (COMxx) as it is needed in the next steps
Download the FreeMASTER project from www.nxp.com/quadmotorcontrol, under the Tools and Software section
Open the FreeMASTER application, the following welcome screen should be displayed

Open the downloaded project from File System

Open the NXP quad motor-control FreeMASTER project. Navigate to the File toolbar and select Open Project from the drop down menu.
Browse in your local directory where the NXP quad motor-control FreeMASTER project is downloaded, select the pmsm_demo_QUAD_debug.pmp file and then click Open.
A window warning there are symbol definitions missing might pop up, as there are variables that will not be initialized until the motors are running as shown in the next figure.