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As an embedded software engineer, I’ve learned a lot through university courses. If you're looking to deepen your knowledge, I highly recommend diving into: STM32 Community && Electronics Stack Exchange. community.st.com/ electronics.stackexchange.com/

Sorry to hear you didn't enjoy this one! I’m always looking to improve, so if there’s something specific you'd like to see, feel free to share. Your feedback helps me create better content for everyone

@@theembeddedthings I despise music in videos. Music cannot explain anything.

Hey there! I'm using Proteus 8.15 for my simulations. If you're having issues with stability, try lowering the clock frequency to 8 MHz-it can really help smooth things out. Let me know if that works for you!

@@theembeddedthings Im already using 8Mhz but still not working on Sim. My proteus version is 8.10 maybe its bcs of that

@@gokhanerkul7024 If you're using Proteus 8.10, that might be causing the issue. Try upgrading to a newer version for better stability. Also, double-check your settings to ensure everything’s correct. If you need more help, just let me know! 👍

Hey there! Thanks for the feedback! 😄 -------------------------------🚨 Error Breakdown🚨----------------------------------------- You’re seeing Fault 0x58 which suggests: 1-RTD Low Threshold: Possible low RTD resistance. 2-REFIN- and RTDIN- Issues: Potential problems with reference or RTD input voltages. --------------------------------🔧 Possible Fixes🔧----------------------------------------- 1- Wiring Check: Wire 1: RTDIN+ || Wire 2: RTDIN- and REFIN- || Wire 3: REFIN+ 2-⚙️ Configuration: Ensure the MAX31865 is set to 3-wire mode using MAX31865_CONFIG_3WIRE in your code. --------------------------------------------------------------------------------------------------------- Double-check your connections and code. If the issue persists, let me know!

@@theembeddedthings I tried your suggestions but they did not work out. It's because I could not cut the bridge above the reference resistor properly 😅. Now it works. However I have another problem. I don't think the adc calibration is proper. The reason is that when I connect my RTD to UT-714 multimeter, it measures 0.5 degrees less than MAX31865 around the room temperature. However when I increase the temperature, around 45 degrees, this time MAX31865 starts to measure 0.5 degrees less than the multimeter. I performed this experiment with 2 seperate RTDs and the result is the same. What do you think? Any sugguests?

@@kadirsever272 The small temperature differences you're seeing might be due to a few things: 1-Reference Resistor Accuracy: The resistor in the MAX31865 setup plays a big role in accuracy. If it's off even by a little, it can cause the temperature to read slightly differently. If you're using a 430Ω 0.1% resistor, you might want to switch to a 0.01% tolerance resistor for tighter accuracy​. 2-Self-Heating: The RTD might be heating up a bit due to the current flowing through it, which can cause small temperature shifts. Adjusting the current could help reduce this effect​. Check out electronics.stackexchange.com/questions/277761/accurate-yet-relatively-simple-way-to-use-rtd-probes . Give these a try and see if they help smooth out those temperature differences. Let me know how it goes-I'm curious to see if this resolves the issue!

I don't know exactly what the problem is whit STM32F4, but I'll give you some tips to check: Make sure the clock is set to 16 MHz-no higher or lower. Look into the ADC sampling time and adjust it if needed.

@@theembeddedthings hmm, tried to do it on the same microcontroller as you, it still reads zero on proteus. Which version of proteus are you using?

Oh no! That monitor just couldn't handle the 360° move! 😅 Hope it’s still working after the ‘fall of fame!

Hey! It might be a small issue. Try watching the entire video-I noticed a small error in the while(1) loop, but I corrected it later in the video. That should help! 👍

Hey! Thanks for reaching out. Unfortunately, I can't share the Proteus file directly, but no worries! You can find the steps for Proteus configuration in this link: [ theembeddedthings.com/stmp32/interfacing-multiple-displays-through-max7219-using-stm32/]. Happy tinkering! 😊

Hey there! 🙌 Awesome to see you're working on the same project! Sounds like it could be a baud rate mismatch between your STM32 and the terminal. Termite usually defaults to 9600, but if you’re using CubeMX, your UART might be set to 115200. So, here’s what to do: Check the baud rate in CubeMX and make sure it matches what you’ve got in Termite. If Termite’s on 9600, you can either change it to 115200 or adjust your STM32 to 9600. That should get rid of those weird characters! 😄 Give that a try and let me know how it goes! ✌️

Hey there! 👋 Yes, a BLDC motor project is in the works and will be on the channel soon! Make sure to hit that like button and subscribe so you don't miss out on any updates. Stay tuned for more awesome content! 🚀

Thank you for your comment! 😊 Could you please provide more details about what you need help with? Are you looking for guidance on how to read voltage and current using an ADC with an STM32 microcontroller, or do you have a specific project in mind? Any additional information will help me give you a more precise answer. Thanks! 👍

Great question! 😊 RXD should be connected to PA10 on the STM32. In this particular project, I didn't connect RXD because there's no data being received via RX. If you're planning to use RXD for receiving data, make sure to connect it to PA10.

Hey bhaikogamers2495 , thanks for your question! To dive into embedded systems with STM32, here's a quick roadmap for you: Get an STM32 Dev Board: Start with STM32F103C6 or STM32F401VE. Learn STM32CubeMX: This tool helps you set up your projects easily. Master the HAL Library: It’s essential for handling peripherals. Start with Simple Projects: Begin with blinking an LED, then move to UART communication. Use Online Resources: Check out tutorials on RUclips, join STM32 forums, and read the official STMicroelectronics documentation. For resources: 1-STM32CubeMX || 2-STMicroelectronics RUclips channel || 3-Online courses on Udemy or Coursera Happy coding and welcome to the world of STM32! 🚀 If you have more questions, feel free to ask. Don’t forget to like, share, and subscribe for more content!

​@@theembeddedthings ThankYou for the Roadmap Sir' i have been struggling a lot and was confused on how to progress . I will follow this roadmap and Sir' i don't have C programming knowledge So should i learn C before hopping on a Stm32 or should i learn C along with Stm32. Currently i am learning electronics (slowly) but can you recommend some book to learn electronics .

​@@bhaikogamers2495 It's great 😊you found the roadmap useful. I recommend learning C before diving into STM32 for a smoother experience. Here are some good C programming books: "C Programming Absolute Beginner's Guide" by Greg Perry and Dean Miller "Programming in C" by Stephen G. Kochan For electronics, check out: "The Art of Electronics" by Paul Horowitz and Winfield Hill "Practical Electronics for Inventors" by Paul Scherz and Simon Monk Happy learning and coding! 🚀

​@@theembeddedthingsI will surely follow the Roadmap Sir' and i will start with C and Practical Electronics for inventors and later i will let you know as i progress . I appreciate your help 😊

@@bhaikogamers2495 That's awesome to hear! 👍 Starting with C and "Practical Electronics for Inventors" is a great plan. Keep me updated on your progress, and feel free to reach out if you have any questions. Happy learning! 🚀

🤔💭✨

Thank you for your interest! You can find the circuit design on Proteus at this link: [theembeddedthings.com/stmp32/interfacing-sparkfun-load-cell-amplifier-hx711-with-stm32/]

Thanks for your interest! 😊 The video on 'I2C Display Interface' is coming soon. 📺✨ Make sure to like and subscribe so you don't miss it! 👍🔔

Thank you for your interest! The article, along with the main.c file, will be shared as soon as possible. Stay tuned! 😊

Thank you so much! I'm glad you enjoyed it. Your support means a lot! 😊🚀

The program used for the simulation in this video is Proteus 8.15. It is a powerful tool for designing and simulating electronic circuits. If you have any other questions or need further information, feel free to ask

Thank you for your feedback! I appreciate your interest in more advanced content. I have plans to create several advanced projects in the near future. Your support through likes, subscriptions, and shares would be greatly appreciated, as it motivates me to produce more high-quality videos. Stay tuned for exciting new content!

First, you need to watch a video about using an LCD, including how to add the library and use the API in your main code. You can find the video here: [ruclips.net/video/7f7bSqox7QQ/видео.html]. Then, replace the parts of your code that use UART with the appropriate LCD API calls to display the readings

❤️🙏

For the DHT22, the video will be shared soon. For multi-channel ADC , I already made a video on ADC scan mode. Here is the link: [ruclips.net/video/RZu3HCBq7MU/видео.html].

That's a great idea! I2C OLED displays are fantastic for adding visual feedback to projects. I'll definitely consider it for my next project. Stay tuned for updates, and thanks for the suggestion! 🙏

Thank you so much for the kind words! 😊 I really appreciate it. I'll make sure to publish the detailed code on my website as soon as possible. Stay tuned!

Merci beaucoup! Je suis ravi que le sujet vous plaise. 👍 Restez à l'affût pour plus de projets à venir !

Of course! 😊 I'm currently working on a DHT22 project and will share the main.c source file on my blog soon. Stay tuned!

@@theembeddedthings awesome! can you please interface the dht22 with LCD LM016L not the virtual terminal, thanks in advance

@@e-cuesa9638 Sorry, the project is already completed. 🎬 It is in montage. You can check how to connect the display in this video 📺 ruclips.net/video/7f7bSqox7QQ/видео.html ,and if you have anything to ask, just comment 💬 and I will try to help you.

Thank you for your suggestion! Incorporating hysteresis is a great idea to improve stability and reduce fluctuations 😊

Thank you for your feedback! In our upcoming video, we'll be showcasing how to interface with the DHT22 sensor.

@@theembeddedthings i have an assignment with DHT22 Due soon and LM016L LCD

Thank you for your interest 😊 ! I understand how challenging it can be to get started with STM32 and OLED displays on Proteus. I don't have a specific project on that yet, but I will definitely create some projects using I2C and STM32 soon. Subscribe to my channel and stay tuned for the new videos

@@theembeddedthings Thank you for your answers. I like your work. I think their perfect. I try to do this on Proteus vut I couldn't. I2C oled m.ruclips.net/video/Mt6U30Yxrr8/видео.html Best regards

Hello! Thank you for your question. I learned how to program STM32 microcontrollers at the University

Emekleriniz için çok teşekkür ederim! Nazik sözleriniz ve geri bildiriminiz için minnettarım. Müzikten rahatsız olduğunuz için özür dilerim ve gelecekteki videolarda daha kısa ve öz açıklamalar yapmaya özen göstereceğim. Desteğiniz ve geri bildiriminiz içeriklerimi geliştirmeme yardımcı oluyor. İyi günler dilerim

Thank you for your comment! This short video provides a brief overview of STM32 ADC modes. For a more detailed demonstration, you can check out my full video on ADC Polling, Interrupt, and DMA Modes. You can find it here. ruclips.net/video/sPJ3AvCosgo/видео.html

Thanks for your interest! I'll be available soon. Follow me on TikTok and Facebook for updates and more content.

Ensure that both channels are configured correctly. Double-check the timer registers and settings for each channel. For detailed steps on how to configure TIMER PWM with STM32, you can check out this link [ ruclips.net/video/eW1yD6FG5EU/видео.htmlsi=eY1cgoMsYXi8rOXu ]

Hello! Please ensure that you load the HEX file before running the simulation. If you continue to face issues, you will need to upgrade to Proteus version 8.15 or higher, as this project was created with Proteus 8.15. If you have any further questions, feel free to ask!

Thank you for the compliment! Unfortunately, I do not have experience with Verilog. However, I hope you find the assistance you need for your SPI project

It's ok! Thank you for your quick response. Have a nice day!

@@jimmi_jimmi your welcome 🙏 have a great day ✌️

Thank you so much for your kind words! 🙏 I’m glad you enjoyed it! 😄

Hello! It sounds like you might be facing a compatibility issue with Proteus. Here are a few steps you can try: 1-Update Proteus: Make sure you are using Proteus 8.15 or a newer version. 2-Check File Format: Ensure you are using the correct file format for your upload. Proteus often requires HEX files for simulation

@@theembeddedthings ok great like always

Thank you so much for your kind words! We're thrilled to hear that you enjoyed the course. If you have any questions or need further assistance, feel free to reach out. Happy learning!

The schematic is powered by the virtual power supply in Proteus 8. Make sure you've connected your power sources correctly in the simulation environment. If you need more detailed guidance, feel free to ask!

You can find the source code in this link: theembeddedthings.com/stmp32/traffic-intersection-controller-using-stm32/ . Let me know if you have any questions!