Last year I found some awesome Arduino pinout diagrams with full colour on the Arduino forums. They are all titled something like The Unofficial Arduino Pinout Diagram / The Definitive Arduino Pinout Diagram, etc. They disappeared from the Internet (pighixxx.com) in December 2013. With the help of the Internet Archive’s Wayback Machine I retrieved them.
1 Arduino Nano (V3.0) User Manual Released under the Creative Commons Attribution Share-Alike 2.5 License http://creativecommons.org/licenses/by-sa/2.5/. Arduino Nano Pinout. Arduino Nano is one of the Arduino products that use an ATmega328P microcontroller, but Atmega328P microcontroller in Arduino nano has a shape that is different compared to Atmega328P used in Arduino Uno. If the UNO uses a form of PDIP with the number of 28 pins, but the Nano using TQFP with the number 32 pins.
Fortunately they were distributed under a CC-BY-ND license, so here they are again in PDF’s for your download delectation.Here’s an example bitmap version, but I recommend that you download, print and laminate the PDF version for your board.Sorry, I couldn’t find any more PDF’s on the Internet Archive to host here.Thanks,! Alberto’s writing a book, but it hasn’t materialised yet, even though he’s raised quite a considerable amount of $$$. According to a tweet from him in May 2014, he’s been ill, so get well soon! It looks like it’s going to be awesomely handy, stuffed with all these pinout diagrams as well as ‘cookbook’ circuits with the same awesome graphic and detail quality and ring-bound.
Fingers crossedHere are some other great books you might be interested in:amazon asin=&template=thumbnail amazon asin=&template=thumbnail amazon asin=&template=thumbnailBootnote: Reader Nidal Ayari asked me to include a for Arduino Pro Mini. I haven’t even looked at them since I Don’t Do Windows (and so my PCB layout tool of choice is but I assume they’re good;-).
First of all, Why Arduino Mega 2560?When cheaper boards are available, why go with Arduino Mega? The main reason behind this is the additional features that are inbuilt with this board. First feature is the large I/O system design with inbuilt 16 analog transducers and 54 digital transducers that supports with USART and other communication modes. Secondly, it has inbuilt RTC and other features like analog comparator, advanced timer, interrupt for controller wakeup mechanism to save more power and fast speed with 16 Mhz crystal clock to get 16 MIBS. It has more than 5 pins for Vcc and Gnd to connect other devices to Arduino Mega.Other features include JTAG support for programming, debugging and troubleshooting.
With large FLASH memory and SRAM, this board can handle large system program with ease. It is also compatible with the different type of boards like high-level signal (5V) or low-level signal (3.3V) with I/O ref pin.Brownout and watchdog help to make the system more reliable and robust.
It supports ICSP as well as USB microcontroller programming with PC.The Arduino Mega 2560 is a replacement of the old Arduino Mega, and so in general reference, it will be called without the ‘2560’ extension. Due to the many numbers of pins, it is not usually used for common projects but you can find them in much more complex ones like, 3D printers, temperature sensing, IOT applications, real-time data monitoring applications etc. Arduino Mega Pin Configuration Controller Pins:RESET: (Reset input) A low level on this pin for longer than the 4 clock cycle will generate a reset. Arduino Mega has inbuilt reset circuit with push button to reset system and this pin can be used by other devices to reset controller.XTAL1,XTAL2: Crystal (16Mhz) is connected to supply clock for controller with 2 bypass capacitor to ground.AREF: This pin is used, when we use Adc for analog to digital conversion with external reference voltage for conversion and don’t want to use internal 1.1V or 5v reference. Sort By Type. (30). (16).
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