*CH32V003F4P6 Tutorial - Part 1: Basic GPIO Operations* * *0:00** Introduction:* The video begins by introducing the CH32V003F4P6 microcontroller, highlighting its affordability and the lack of in-depth tutorials available. * *0:15** CH32V003F4P6 vs Arduino Nano:* The CH32V003F4P6 is compared to the Arduino Nano, noting its lower flash memory but similar peripherals and GPIO capabilities. * *2:44** Essential Documentation:* The importance of studying the chip's datasheet and reference manual is emphasized. * *3:14** Exploring Example Code:* The video demonstrates using the example code provided by the manufacturer, but emphasizes the need for clearer explanations and documentation. * *4:44** Hardware Setup:* The tutorial utilizes a CH32V003F4P6 development board and a programmer that also provides serial communication capabilities. * *7:00** Creating a New Project in M-RISC Studio:* A new project is created within the M-RISC Studio development environment, demonstrating the setup process. * *7:51** Modifying the Default Code:* The default main.c file is cleaned up and modified to print a simple message to the serial terminal, showcasing basic serial communication. * *11:29** GPIO Configuration for LEDs:* The code is further expanded to configure specific GPIO pins on Ports C and D as outputs to control LEDs. * *16:14** Toggling LEDs:* A function is created to toggle the state of the LEDs (on/off), demonstrating basic GPIO output manipulation. * *20:33** Reading GPIO Input from a Button:* The tutorial introduces reading the state of a button connected to a GPIO pin configured as an input, demonstrating how to detect button presses. * *23:49** Combining Buttons and Serial Output:* The code is enhanced to use two buttons to increment and decrement a variable, with the variable's value being printed to the serial terminal. * *28:07** Conclusion:* The tutorial concludes by summarizing the basic GPIO operations covered, highlighting their importance as building blocks for future projects. * *29:06** Call to Action:* Viewers are encouraged to subscribe to the channel, become members, and visit the website for more resources and affiliate links. I used gemini-1.5-pro-exp-0827 on rocketrecap dot com to summarize the transcript. Cost (if I didn't use the free tier): $0.03 Input tokens: 20849 Output tokens: 512
I was honestly hoping you to show up in the comment section, because I wanted to ask (again) how you generate these things. I have 4 more tutorials already uploaded and I want to create these things and pin them as a top comment so the viewers can navigate easier. Especially, because I have twice as long videos, too. Thank you for your contribution!
@@CuriousScientist You can go to the link from the disclaimer. There is a short video tutorial and a link to the source code. You can actually use any LLM to make such summaries from youtube transcripts.
I already used your tool for the next part and also left a comment, and like at your explanation video! Thanks for the great tool! PS: For me, it seems that anyone can see what the previous person did in your tool. When I opened the site, I saw your prompt and results, and when I generated my transcript, I saw mine afterward. I don't know if it is intentional or not, but I thought I might mention it.
This pretty cool! I enjoyed this first video. So this just like programming STM32 microcontrollers? The data structures are similar and the functions also. I will be following along wanting to learn more about this thank you! 😊
Thank you! Yes, it has a rather similar "API" as the STM32 chips. So, even though the CH32 chips don't yet have a big community and good software support, it can survive on the resources for STM32 due to the similarities.
I'm more interested in the CH32V203, which has proper USB connection, a lot faster and more memories, and while still more expensive, is still pretty darn cheap for an MCU.
@@CuriousScientist Had you seen WCH have started making an Arduino compatibility layer as well? Makes things a bit simpler if you're mostly doing very simple stuff. But you showing the native API also makes me wonder about contributing to it to improve it.
Nice tutorial. Thank you. The price is very attractive, yet what is the drive of using a board without the USB connection? Thant would make the design easier. Also, Why not going to ESP32 based boards? the price is not much higher.
@@CuriousScientist In most of my designs, I have frequent software updates, The USB brings me easy access, including debug. I am willing to pay the small amount of money for that. When i go to vey small designs, I use ATTiny. I designed a programmer for that.
*CH32V003F4P6 Tutorial - Part 1: Basic GPIO Operations*
* *0:00** Introduction:* The video begins by introducing the CH32V003F4P6 microcontroller, highlighting its affordability and the lack of in-depth tutorials available.
* *0:15** CH32V003F4P6 vs Arduino Nano:* The CH32V003F4P6 is compared to the Arduino Nano, noting its lower flash memory but similar peripherals and GPIO capabilities.
* *2:44** Essential Documentation:* The importance of studying the chip's datasheet and reference manual is emphasized.
* *3:14** Exploring Example Code:* The video demonstrates using the example code provided by the manufacturer, but emphasizes the need for clearer explanations and documentation.
* *4:44** Hardware Setup:* The tutorial utilizes a CH32V003F4P6 development board and a programmer that also provides serial communication capabilities.
* *7:00** Creating a New Project in M-RISC Studio:* A new project is created within the M-RISC Studio development environment, demonstrating the setup process.
* *7:51** Modifying the Default Code:* The default main.c file is cleaned up and modified to print a simple message to the serial terminal, showcasing basic serial communication.
* *11:29** GPIO Configuration for LEDs:* The code is further expanded to configure specific GPIO pins on Ports C and D as outputs to control LEDs.
* *16:14** Toggling LEDs:* A function is created to toggle the state of the LEDs (on/off), demonstrating basic GPIO output manipulation.
* *20:33** Reading GPIO Input from a Button:* The tutorial introduces reading the state of a button connected to a GPIO pin configured as an input, demonstrating how to detect button presses.
* *23:49** Combining Buttons and Serial Output:* The code is enhanced to use two buttons to increment and decrement a variable, with the variable's value being printed to the serial terminal.
* *28:07** Conclusion:* The tutorial concludes by summarizing the basic GPIO operations covered, highlighting their importance as building blocks for future projects.
* *29:06** Call to Action:* Viewers are encouraged to subscribe to the channel, become members, and visit the website for more resources and affiliate links.
I used gemini-1.5-pro-exp-0827 on rocketrecap dot com to summarize the transcript.
Cost (if I didn't use the free tier): $0.03
Input tokens: 20849
Output tokens: 512
I was honestly hoping you to show up in the comment section, because I wanted to ask (again) how you generate these things. I have 4 more tutorials already uploaded and I want to create these things and pin them as a top comment so the viewers can navigate easier. Especially, because I have twice as long videos, too. Thank you for your contribution!
@@CuriousScientist You can go to the link from the disclaimer. There is a short video tutorial and a link to the source code. You can actually use any LLM to make such summaries from youtube transcripts.
I already used your tool for the next part and also left a comment, and like at your explanation video! Thanks for the great tool!
PS: For me, it seems that anyone can see what the previous person did in your tool. When I opened the site, I saw your prompt and results, and when I generated my transcript, I saw mine afterward. I don't know if it is intentional or not, but I thought I might mention it.
@@CuriousScientist yes. this is intended. it was just the easiest to implement
Please keep them coming! This tutorial is the clearer so far! Nice job
Thank you! Definitely more will come! Don't forget to check the article I wrote for accompanying the video with more info.
I love it, excaly what I was looking for! :)
Make sure to check the whole playlist. There are many videos. Also, I wrote a detailed article for each topic which you can find on my website.
The math: $15/50 = $.30 each. Awesome tutorial, thank you!
Thank you very much! Yes, they are insane cheap. Sure, you need to learn a bit extra coding, but that's where I will be able to help, hopefully. 😅
This pretty cool! I enjoyed this first video. So this just like programming STM32 microcontrollers? The data structures are similar and the functions also. I will be following along wanting to learn more about this thank you! 😊
Thank you! Yes, it has a rather similar "API" as the STM32 chips. So, even though the CH32 chips don't yet have a big community and good software support, it can survive on the resources for STM32 due to the similarities.
I'm more interested in the CH32V203, which has proper USB connection, a lot faster and more memories, and while still more expensive, is still pretty darn cheap for an MCU.
They'll be introduced when I run out of peripherals on this module. It is already in the production pipeline. 😎
@@CuriousScientist Had you seen WCH have started making an Arduino compatibility layer as well? Makes things a bit simpler if you're mostly doing very simple stuff. But you showing the native API also makes me wonder about contributing to it to improve it.
You haven't read my article. 😉 I even linked the Arduino library, and I explained that it lacks many functions.
@@CuriousScientist OK I will read it
very good tutorial magyaros kiejtessel 🙂
Thanks for your valuable remarks!
Love learning about cheap boards
Stay tuned for more!
Nice tutorial. Thank you. The price is very attractive, yet what is the drive of using a board without the USB connection? Thant would make the design easier. Also, Why not going to ESP32 based boards? the price is not much higher.
Why would you need a USB? If you design a standalone device, you 99% don't need USB. And the programming is done via the SWIO pin anyway.
@@CuriousScientist In most of my designs, I have frequent software updates, The USB brings me easy access, including debug. I am willing to pay the small amount of money for that. When i go to vey small designs, I use ATTiny. I designed a programmer for that.
You can do all that with the SWIO... No need for USB.
@@CuriousScientist Agreed, but you need the external programmer.
It's a very cheap instrument, I'd not worry about it. But it all comes down to personal preferences and the requirements of the device.
Bạn dùng phần mềm nào để lập trình?
Didn't you watch the video or read the article? I cannot make it more obvious.
@@CuriousScientistcảm ơn bạn. Tôi không giỏi ngôn ngữ của bạn cho lắm
It's ok.
I couldn't download that IDE you 404 error
Hi! Please message the WCH support. I am not affiliated with them. Something is wrong with their website.