Here's a pinout diagram I created for the ATMEGA328P TQFP32. It is shared under the CC-BY-SA license. You're free to modify it and share it. Just give a backlink to my project websi...

PA10, PA11 are high-sink pins and have different properties than all other GPIO. Refer to the electrical characteristics section for additional information. The RESET pin has the same properties as standard GPIO. The online versions of the documents are provided as a courtesy.

2 Pinout. 3 I/O Multiplexing and Considerations. 4 Hardware Guidelines. 5 Power Domains. 6 Conventions. 7 AVR® CPU. 8 Memories. 9 GPR - General Purpose Registers. ... 38.10 48-Pin TQFP. 38.11 48-Pin VQFN. 38.12 48-Pin VQFN Wettable Flanks. 39 Data Sheet Revision History. Microchip Information. 38.2.4 32-Pin TQFP.

Here's a pinout diagram I created for the ATMEGA328P TQFP32. It is shared under the CC-BY-SA license. You're free to modify it and share it. Just give a backlink to my project website if possible (I have not posted the pinout diagram on my website yet. I'm also attaching a PDF version so that you can edit with any vector editing software.

Refer to SERCOM I 2 C Pinout table for the list of supported features for each peripheral instance. The following High-Sink pins have different properties than the regular pins: PA08, PA09, PA12, PA13, PA16, PA17, PA22, and PA23.

2024年4月15日 · In the following image, we put out all the four packages of ATmega328P. The image also shows the ATmega328P Pinout of all the packages. An important point to note here is that the ATmega328P Pinout for each package is different i.e., Pin 1 in 28-pin DIP is PC6 while it is PD3 in 32-lead Quad Flat Package.

This article presents a comprehensive overview of the Atmega328’s tqfp pinout, shedding light on the various connections and functionalities associated with each pin. By examining the pinout of Atmega328 tqfp, enthusiasts can effectively harness the potential of this microcontroller to create innovative projects.

Looking beyond the label of “Atmega328p tqfp,” this microcontroller offers an innovative pinout configuration that allows for seamless integration with the Arduino platform. The pinout serves as the interface between the microcontroller and external …

Understanding the basic features of the Arduino Atmega328 TQFP pinout empowers users to harness the full potential of this versatile microcontroller. By leveraging its power supply, digital and analog pins, communication capabilities, programming options, and control functionalities, creators can design and implement an array of innovative and ...

Pinouts subject to change.