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Hi, thanks for your comment. Could you provide more details about the issue you're facing? Our team is dedicated to helping resolve these problems, and your insights can help us improve. Thanks for your patience and understanding!

Hi there, thanks for reaching out. We are sorry to hear that you are receiving these errors. We can pass this suggestion along to our team. For now, if you submit a case with our technical support team, they would be happy to help clear this issue up for you. Please contact Microchip.com/CSS. Thank you!

yes, I was expecting something like, here is a blank installation of VSCode, install these extensions, make these config changes, install a hello world c code example, build like this, connect your target system or ice, debug, breakpoint... etc.... Maybe there's another vid that does this.

Hi there, it seems you're unable to find the "32-bit MCC Harmony project" option in MPLAB X IDE version 6.20. Please ensure you have the MPLAB Harmony Framework and the MPLAB Code Configurator (MCC) plugins installed. Hope this helps!

Thanks for reaching out! You will first need to start a new project in order to get to the Harmony download. This video details an older version of MPLAB that not longer fits the same format of MPLAB V6.20. Please start by creating a Application Project. From there, MCC will automatically be initialized, and you can open Harmony. Please take note of the different versions of MPLAB. MPLAB is constantly being updated.

Thanks so much for your feedback, we'll keep this in mind for future content.

Hi there, for the ATSAME51, which is a 32-bit MCU, you'll need to use MCC Harmony. After consulting with our MCU32 product team, we confirmed that there is no native support for MCC Harmony in Microchip Studio. You might be able to use MCC Standalone to generate an MPLAB X project and then import it into Microchip Studio. However, please note that Microchip Studio is no longer being updated, and there are no future development plans for it. We recommend using MPLAB X IDE instead: www.microchip.com/en-us/tools-resources/develop/mplab-x-ide.

Hi there. We're sorry to hear you're having trouble with MPLAB X. Its extensive features and capabilities can sometimes make it seem complex, but they are designed to provide flexibility and power for a wide range of applications. If you encounter issues or need guidance, our support team is available to assist you. Please reach out to Microchip.com/CSS for help. Your feedback is valuable and helps us improve our tools.

Hi there, thanks for your question. The EMC2305 can control up to five 4-wire fans, providing PWM signals for speed control. To directly drive a 12V fan, you can connect the fan's power and ground wires to a 12V supply. The EMC2305 will handle the PWM control.

Hi there, thanks for reaching out. Currently, MPLAB X IDE is primarily a standalone development environment and doesn't have full integration with Visual Studio Code. However, we did release a MPLAB Extension Pack for Visual Studio Code, which can help you leverage some MPLAB features within VS Code. There is no video on this specifically, but this other video may help you understand how to use our plugins: ruclips.net/video/WSePR0jIeKI/видео.html. Hope this helps!

Hi there, thanks for your question. You may need to try selecting the correct image path. Open tasks.json or the relevant configuration file in your project. Locate the section where the image path should be set. Ensure the path is correctly pointing to the directory where your images or build outputs are stored. Here is an example: "tasks": [ { "label": "build", "type": "shell", "command": "your-build-command", "options": { "cwd": "${workspaceFolder}" }, "problemMatcher": ["$gcc"], "group": { "kind": "build", "isDefault": true }, "detail": "Generated task by Debugger." } ] Clean and rebuild after this. If this does not work, please let our technical support team know at Microchip.com/CSS. Hope this helps!

Hi there, thanks for your question! Yes, the MCP3461 is able to be used for a DIY audio sampling project. It features differential input and a sample rate of up to 153.6 ksps, making it suitable for capturing high-quality audio signals. However, you will need to implement proper signal conditioning and anti-aliasing filters to ensure the best audio quality. Hope this helps!

​@@MicrochipTechnology hi and thnx for the answer, what you mean with: proper signal conditioning? a Sallen Key Filter is easy to add. looking the datatsheet again you probably should use 2.5 V reference reference, right? how about the negative? i have seen more of these complex adc/dac "chips" and you don't try, scared that mess up with the differential input and it's ends up in the trash.

Hi there, thanks for reaching out! You may want to try to run your application as an Administrator. We would also recommend that you verify that MPLAB Harmony v3 is correctly installed by navigating to the installation directory. The path should point to the folder where MPLAB Harmony v3 is installed. Typically, it looks something like C:\microchip\harmony\v3. Check for the presence of essential files like config, framework, and utilities. Hope this helps!

Hi, The MPLAB® PICkit™ 5 can read and save software from a PIC18F458. Connect via ICSP, use MPLAB X IDE or IPE, select the device, and use the "Read" function. For more info, see the User's Guide​: onlinedocs.microchip.com/g/GUID-8D61C0B9-A97F-4F4D-99F8-1D7424264C2A-en-US-1/index.html. Hope this helps!

@@MicrochipDeveloperHelp thank so much

Finally convinced of something in life?? 😀

ESP32 is RF SoC, de core maybe MIPS from Cadence or Risc-V. Is different to MCU ARM Cortex M.

Hi there, thanks for reaching out! Based on your need for advanced performance, we would like to recommend the SAM E70 Series (www.microchip.com/en-us/solutions/technologies/displays/embedded-graphics-solutions/mcu-guided-selection-tool-for-graphics/sam-e70-series). It offers a 32-bit ARM Cortex-M7 core at up to 300 MHz, 2 MB Flash, 384 KB SRAM, and extensive connectivity options. Perfect for demanding applications. Hope this helps!

Hi there, thanks for your question. The requirement to build twice is due to dependency resolution and incremental processes. The initial build generates necessary configs; the second build integrates these changes fully. The clock value update occurs as configurations propagate correctly. If this issue persists, please contact Microchip support for assistance. Microchip.com/CSS. Thank you!

Hi, we are sorry to hear that we cannot support your venture. Best of luck Steven 😊

Glad you enjoyed this video! Thanks for your feedback :)

Hi, if you need microcontrollers with USB support, consider our PIC18F46J50, PIC32MX570F512L, and SAM D21. These options offer integrated USB functionality for various applications. Hope this helps!

@@MicrochipDeveloperHelp Yes, thank you, they are options that I used, but I was referring to a 32-bit microcontroller with USB, and running at 5V.

Latest - ruclips.net/video/YdMzN8aUt5A/видео.html

Hello, thanks for providing your feedback to us. We keep these videos up as some users continue to use older versions of our IDE’s and tool chained products. Please contact our team if you need help implementing a TCP/IP Stack on Harmony V3 - Microchip.com/CSS. Thanks again!

SAM devices can be programmed using MPLAB X IDE

Hi there, thanks for reaching out with your question. Please ensure all MCC plugins and content are up to date to see SAM devices. This can be due to outdated MCC Harmony documents or incomplete installations. Making sure that all necessary plugins and content are up to date is crucial. Please contact Microchip.com/CSS if the issues persists. Thank you!

Thanks for reaching out! Using analog filters can be more robust for reducing noise in your sensor. Analog filters, like RC filters, can effectively clean up the signal before it reaches the digital stage, making it easier to process. This can be particularly useful for eliminating high-frequency noise and interference, which might be harder to handle with software filters alone. Hope this helps!

Hi there, thanks for your question! This device is compatible with Linux, Windows 7 or later and MacOSX. You will need to use the compatible IDE - MPLAB X IDE V6.20 is our latest version. However, the PICkit4 is EOL and we do recommend moving to the PICkit 5 or the ICD5.

@@MicrochipDeveloperHelp Thank you for the quick reply. Is there a trustworthy distributor of the product in Brazil? It seems almost impossible to get them here.

Glad you enjoyed this video!

Hi there, thanks for reaching out! To use CAN in Harmony v3 with SAMC21J18A, initialize the CAN module using CANx_Initialize(), transmit messages with CANx_MessageTransmit(), and receive messages with CANx_MessageReceive(). Please feel free to message the Technical Client Success Team if you have any more questions. Microchip.com/CSS. Thanks!

As you wish!

Here's the playlist: ruclips.net/p/PLtQdQmNK_0DQ8KGcZ1BOPv-3RDPvtqJ1H

@@MicrochipDeveloperHelp Thank you 🌹🌹🌹

Check once in MCC or wait for new update