Select and announce the list of qualified reviewers, and arrange the delivery of kits
May 22-June 24
Post on the evaluation forum and share trial content
June 25th - June 29th
Review and Evaluation Content & Awards
How to Apply (From now until May 15th)
Submit the following content in the reply post (Those who submit incomplete content will be deemed as unqualified applicants and will not be selected. ）
（1）>>Click here to complete personal forum information, Follow the post to doPersonal profile(Applicants need to explain: whether they have used previous versions of the motor library, previous DIY works or project experience, etc.)（2）Explain the reason for applying for evaluation （3）Explain the selected evaluation task:Choose from the assessment task card area below. Choose at least 2 tasks from Task 1, Task 2, and Task 3 for assessment. Advanced tasks are voluntarily selected based on personal ability and time (those who complete advanced tasks will receive additional rewards, see the award description below for details). (4) *Self-made assessment plan: Optional, decide based on personal circumstances (those who complete the self-made assessment plan have the opportunity to receive additional rewards, see the award description below for details). (5) Assessment plan: After confirming the assessment task, please submit the assessment progress plan and forum sharing plan from May 22 to June 24. Once shortlisted, it will serve as the basis for our progress tracking. Please make reasonable arrangements. Evaluation Task Card Area Task 1: When the motor is running, use P-NUCLEO-IHM002 to measure the three-resistance current sampling waveform, and output this waveform through DA, and take a screenshot. Task 2: Get the key variables during FOC control: Ia, Ib, Ic, Ialpha, Ibeta, Id, Iq, Vd, Vq, and take a screenshot. Task 3: Monitor any data variables and take a screenshot. Advanced Task: Comparative Evaluation of the New and Old Versions of the Motor Drive Library. The default task for the reviewers: Your suggestions and feedback on SDK5.0Award Description EEWorld and ST engineers reviewed and selected the following awards based on the evaluation content and quality shared in the evaluation netizens' forum. (1) Excellent Evaluators (15 winners)
Complete the evaluation you applied for and you will get the development board you evaluated
Users who have not completed the evaluation need to send the development board back, and the returned development board will be placed in the EEWORLD Development Board Mobile Station
Complete the self-designed evaluation taskUsers who meet the above requirements will receive an additional reward from ST: NUCLEO-F746ZG (worth US$23)
(3) Superman Award (2 winners)
Complete all tasks on the task card
Complete the comparison and evaluation of the new and old versions of the motor driver library (advanced task) For netizens who meet the above requirements, ST will give an additional reward (2 people): STM32F769I-DISCO (worth US$85)
Follow up: Week 1: Install STM32 PMSM FOC SDK and familiarize yourself with the software development environment and the hardware part of the development board. Week 2: Complete Task 1 and record the operation process and results. Week 3: Complete Task 2 and record the operation process and results. Week 4: Complete Task 3, share the operation results, and post. The mailing address has been confirmed.
Details
Published on 2018-5-31 14:20
This post was last edited by yinyue01 on 2018-4-28 19:13 (1) I have never used the previous version of the motor library. I have previously used STM32 and LPC to complete projects such as online monitoring and wireless transmission of power equipment, online monitoring and status evaluation of lithium batteries, etc. I have used TMS320F2812 to achieve brushless DC motor control and speed regulation. (2) Explain the reason for applying for the evaluation. Recently, I have a motor control project and plan to use STM32 for development. Apply for P-NUCLEO-IHM002 to learn and familiarize yourself with ST's motor library to prepare for project development, and also share the learning process on the forum. (3) Explain the selected evaluation tasks: Select Task 1, Task 3, Default Task (4) Prepare your own evaluation plan: (5) Evaluation plan: 5.22-6.1 Familiarize yourself with the P-NUCLEO-IHM002 hardware, install the STM32 PMSM FOC SDK and familiarize yourself with the software development environment 6.2-6.15 Complete Task 1, Task 3, Default Task, and if you have enough time, complete Task 2. 6.16-6.24 Organize the results and share them in the forum. Explore the motor rapid prototyping control based on simulink and the development kit to prepare for project development.
Reasons for applying for evaluation: Due to project and company regulations, all motor drivers are currently designed using DSP, including brushed DC and brushless DC. I have always wanted to use STM32 for testing. In theory, the motor control function of STM32 is not as rich as that of DSP, but considering the cost, I want to see the feasibility and accuracy of the solution. Select Task 2 and Task 3 for evaluation; Have not used the old version of the motor library;
(1) I ran the old version of the motor library, but later I bought a DSP and didn't play with it. Motors are profound and need to be learned from ST. I participated in the evaluation of UFUN in EE and participated in the NXP design competition. I also DIYed some open source projects. You can see my signature! I love DIY! (2) Learn FOC and motor algorithms to see if I can get started. (3) If time does not allow, complete task one or two. If time permits, try to play all tasks. (4) Depending on the time, see if I can make a motor DIY gadget. (5) 5.22-6.1 Familiarize yourself with the P-NUCLEO-IHM002 hardware, install the STM32 PMSM FOC SDK and familiarize yourself with the software development environment. Run 6.2-6.18 Complete each task according to the actual difficulty and time. 6.18-6.24 Organize the results and share them on the forum. Additional content (2018-5-4 09:27): The motor board data has been downloaded and uploaded to the water group! Friends who need it can join the water group: 309018200 to download the group code:
1. I have never used the previous version of the motor library. We have used ST's M0 before, single resistor sampling FOC, but it has not been mass-produced. 2. I have the opportunity to learn about P-NUCLEO-IHM002 in depth, and I can also learn about the SR motor library. Of course, it is a good thing~ 3. Task 1, Task 3 4. Plan, first familiarize yourself with P-NUCLEO-IHM002, and then complete Task 1, Task 3,
1) I have been using STM32 to develop IoT products. I have also used 51 chips, Samsung TI chips, and other chips, and played with LINUX. I have never used the previous version of the motor library. I used STM32 to directly control the motor to make a device that tracks the sun. I have also worked on industrial control equipment that directly controls motors (using MOS tubes and relays). So I really want to play with brushless DC motors. Seeing that the SDK5.0 library is out, I hope to have a chance to play with it. (2) Explain the reason for applying for the evaluation. Many IoT devices or smart control devices in the future will need motors. Seeing that the SDK5.0 library is out, I hope to have a chance to play with it. (3) Explain the selected evaluation tasks: Select two of Task 1, Task 2, and Task 3 as the default tasks. Implement two to three tasks depending on the situation. (4) Self-made evaluation plan: (5) Evaluation plan: 5.22-6.1 Familiarize yourself with the P-NUCLEO-IHM002 hardware, install the STM32 PMSM FOC SDK and familiarize yourself with the software development environment. 6.2-6.20 Complete two of Task 1, Task 2, and Task 3, depending on the situation. If you have enough time, complete all three tasks. At the same time, publish an article to the forum to share. 6.21-6.24 Finally, organize the results and post them on the forum to share.
(1) Never used the previous version of the motor library. (2) Explain the reason for applying for the evaluation. Recently, there is a motor control project that I plan to develop using STM32. Apply for P-NUCLEO-IHM002, learn and familiarize yourself with ST's motor library, prepare for project development, and share the learning process on the forum. (3) Explain the selected evaluation tasks: Select Task 1, Task 3, Default Task (4) Self-made evaluation plan: (5) Evaluation plan: 5.22-5.31 Familiarize yourself with P-NUCLEO-IHM002 hardware, install STM32 PMSM FOC SDK and familiarize yourself with the software development environment 6.1-6.20 Complete Task 1, Task 3, Default Task, and if you have enough time, complete Task 2. 6.21-6.24 Organize the results and share them on the forum.
(1) Have not used the previous version of the motor library. (2) Explain the reason for applying for the evaluation. In the past, DSP has always been used for motor control. STM32 motor control has now become a trend. It is a pity that people engaged in motor control are not familiar with STM32 motor control. Therefore, I would like to take this opportunity to master STM32 motor control and use it in future projects. 3) Explain the selected evaluation tasks: Select tasks 2 and 3 (5) Evaluation plan: 5.22-5.31 Familiarize yourself with the hardware and software development environment 6.1-6.20 Complete tasks 2 and 3. 6.21-6.24 Organize the results and share them on the forum.
This post was last edited by star_66666 on 2018-5-2 17:07 I have never worked with motors, so I would like to take this opportunity to get familiar with motor control. This time I will mainly implement all the tasks. Task 1: When the motor is running, use P-NUCLEO-IHM002 to measure the three-resistance current sampling waveform, and output this waveform through DA, and take a screenshot. Task 2: Get the key variables during FOC control: Ia, Ib, Ic, Ialpha, Ibeta, Id, Iq, Vd, Vq, and take a screenshot. Task 3: Monitor any data variables, and take a screenshot. Since I have never worked with motors, I will choose the advanced task below: Comparative evaluation of the new and old versions of the motor driver library. Custom tasks. I plan to study the role of PID in motor control. I often see people posting for help with PID. I can take this opportunity to get familiar with it. Next time someone asks for help, I can provide you with some suggestions. If I have time, I would like to add the Kalman algorithm to my research, and then take a photo of the oscilloscope and upload it to post. The main reason is that I want to make a register version of the motor control library. I have posted many posts about studying microcontrollers, all of which use register configuration. I participated in the trial of f769 before, and finally kept the board. Later, when I had time, I also studied f769 carefully and posted many posts, among which lwip won the original selection.
1. I have done soft start of high-power motors before, and also played with SVPWM (Using LaunchPad 28027 to play three-phase inverter (SVPWM)). 2. Reason for application: I am interested in ST's P-NUCLEO-IHM002 evaluation board and TI's LAUNCHXL-F28027F +DRV8301. I mainly want to learn about FOC control. 3. This time I choose to complete Task 1, Task 2, and Task 3. Try to find time for all test items. 4. From May 22 to June 24, this time the planned time is relatively sufficient. 5.22~6.1 Complete Task 1, share test waveforms and test procedures. 6.2~6.9 Complete Task 2, share test waveforms and test procedures. 6.10~6. 17 Complete Task 3, share test waveforms and test experience. 6.18~6.22 Organize and share test data and experience.
This post was last edited by my student number on 2018-5-1 19:36 1. There are two reasons for applying: a. Although I have never used ST's motor library, I have basically been using TI's chips to promote motors in the past few years of work, and have come into contact with 28069, 28335 and 28379D. I have always wanted to compare the motor boards and resources launched by TI, ST, NXP, Infineon and other manufacturers. This coincides with EE's event this time. I also hope to take this opportunity to communicate and exchange more with forum friends, learn and make progress together; b. ST launched SDK5.0 in March this year, which open-sourced some motor algorithms that were previously packaged, which is more suitable for learning and research; 2. Selected evaluation tasks: Task 1 and Task 2, plus Task 3 if there is time left 3. Self-made evaluation plan: depending on the actual completion situation, there are currently three plans: a. Compare the motor resources launched by ST and TI (hardware, library usage, degree of getting started, etc.) b. Promote other PMSM motors c. Learn other open-source algorithms of ST motor library 4. Evaluation plan: May 22-June 5: Familiar with board hardware design, development environment construction, use of F302 related peripheral resources, and study of SSDK source code June 3- June 13: Complete Task 1 June 14-June 21: Complete Task 2 The remaining time will be used to start Task 3 and other plans. This is tentatively planned, and the actual operation can be adjusted and arranged appropriately.
This post was last edited by lishuchao on 2018-4-30 08:59 Reason for application: I am making robots and reading materials in this area. It would be nice to have a development board to test it. The company had a problem with the one it used before, so let me solve it. I have never used this library before. Do all three evaluation tasks Task 1: When the motor is running, use P-NUCLEO-IHM002 to measure the three-resistance current sampling waveform, and output this waveform through DA, and take a screenshot. Task 2: Get the key variables during FOC control: Ia, Ib, Ic, Ialpha, Ibeta, Id, Iq, Vd, Vq, and take a screenshot. Task 3: Monitor any data variables and take a screenshot. Advanced task: Comparative evaluation of the new and old versions of the motor drive library Evaluation plan: Get the board and complete the first three tasks within two weeks. The advanced task will be completed in two weeks of comparative experiments.
I have done stepper motor control, but not this. I want to learn how to control the motor through the stm32 library (PS our stepper motor is used for printing control). The company is busy recently and is preparing to complete two tasks. Task 1: When the motor is running, use P-NUCLEO-IHM002 to measure the three-resistance current sampling waveform, and output this waveform through DA, and take a screenshot. Task 3: Monitor any data variable and take a screenshot. Evaluation plan: Complete the above in spare time within three weeks after receiving the board.
I have never used the motor library before. I like to play with microcontrollers. ST's motor kit seems to have a host computer program, which looks very interesting. Reason for application: I am very interested in ST's motor kit P-NUCLEO-IHM001 or P-NUCLEO-IHM002! Evaluation task: The time is relatively relaxed, from May 22 to June 24. Complete tasks one and three. If you can learn FOC, you can also do task two. Self-made evaluation plan: This motor is not easy to modify, so there is no plan for now. Evaluation plan: After receiving the goods, complete tasks one and three in two weeks and write an evaluation report. In another week, try your best to learn FOC strategy. If you can understand it, complete task two.
(1) Have not used the previous version of the motor library. Have done some simple development and application of STM32F103C8T6 before. The works include electromagnetic sensor tracking car based on 32, indoor and outdoor temperature collection reminder to add or remove clothes device based on 32, etc. Currently, I am self-studying the development and application of STM32L476RG. (2) Explain the reason for applying for the evaluation. I want to make a smart car project with motor control. I plan to use STM32 for development. Apply for P-NUCLEO-IHM002, learn and familiarize myself with ST's motor library, and prepare for project development. (3) Explain the selected evaluation tasks: Imagine choosing Task 1, Task 2, Task 3 (4) *Self-made evaluation plan: From May to early June, familiarize yourself with the hardware and its simple development. From early to mid-June, complete the tasks that can be completed and participate in forum discussions. From mid-to-late June, organize materials and share experiences. After that, it is the preparation and production of Freescale's smart car competition. (5) Evaluation plan: Because I have not studied much in this area before, the main focus in the early stage is learning. I am a student at school. I have plenty of time, so we can study together. I will also share my learning experience and the problems encountered in the process on the forum.
This post was last edited by Changjianze1 on 2018-5-1 16:53 A Reason for application: (1) Participated in the evaluation of many boards in the forum (2) Previously worked on stepper motor smart car and switched reluctance motor cooperation projects for school-enterprise cooperation, and have some understanding of motors (3) Last year, I watched the P-NUCLEO-IHM001 seminar, and wanted to learn about ST brushless motor FOC control for the old ones (that was only the 4.0 library, time flies) Never used Laoban's library B Evaluation tasks At least complete the default task, 2 tasks two and task three, and there is a high probability that you will also participate in the task (at least complete half of task one, see if you can get the current probe) C Self-made task Set the motor to run at a custom speed for 5S, stop for 5S, and then continue to run at a custom speed for 5S, repeating over and over again D Evaluation plan: After getting the board, 5.15-5.22 unboxing evaluation, SDK software download and installation, test opinions 5.23-6.12 Completed 2 tasks and part of task 1. You can consider using ST Motor Control Workbench for monitoring. 6.12-6.24 Familiar with the software, completed the operation of self-designed tasks and compared the new and old libraries.
(1) Never used the previous version of the motor library. (2) Explain the reason for applying for the evaluation. Motor control is very complex. I have tried to apply motor control before, but it was not successful. Usually I just bought a motor driver and used it directly. Now ST has a motor library, I want to try it and prepare for future product development. (3) Explain the evaluation task you choose: Select Task 1, Task 3, Default Task (4) Self-made evaluation plan: (5) Evaluation plan: 5.22-5.31 Unbox and get familiar with the evaluation board, install the STM32 PMSM FOC SDK and get familiar with the software development environment 6.1-6.9 Complete Task 1 6.10-6.20 Complete Task 3 and the default task; if you have time, complete Task 2 6.21-6.24 Organize the evaluation process and content, and post on the forum to share.
This post was last edited by Digital Xiaoye on 2018-5-2 10:08 (1) Have not used previous versions of the motor library; (2) Explain the reason for applying for the evaluation: I learned about the Motor Control SDK V5.0 software development kit when ST released it before, claiming it to be faster, more powerful, and more convenient. However, I have always used stepper motors in my work, and have not actually used brushless DC motors. Therefore, I would like to take this evaluation opportunity to learn about it. I can not only learn the control principles and algorithms, but also experience the effects of ST chips, which will increase the choice of future device solutions; (3) Explain the selected evaluation tasks: Prioritize tasks 2 and 3. It is a bit embarrassing that I don’t understand task 1. In the end, I will adjust it according to the actual effect. I will definitely experience both the new and old driver libraries; (4) Evaluation plan: The total evaluation time is four weeks, so plan it by week. Evaluation schedule: In the week after receiving the kit, get familiar with the hardware and build the Keil environment; in the second week, make the motor move and experience the effects of various parameters; in the third week, complete experiments 2 and 3; in the fourth week, evaluate the experience of the new and old libraries and end. Forum sharing plan: Basically, all operations and problems encountered will be recorded.
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