Customer:
I need an ATmega32 development board with an ATmega32 microcontroller and a cable to connect to a computer for programming, for educational purposes.
za potrebe edukacije trebao bi mi atmega32 development board zajedno s atmega32 mikrokontrolerom i kablom za vezu prema računalu za potrebe slanja programa
hvala
Originally submitted via email support on 18 October 2023. Migrated to the forum for community visibility.
Soldered Support:
The Dasduino CORE with female headers (ATmega328) board matches your requirements.
hvala Vam na upitu.
Ono što bi odgovaralo Vašem opisu je naša Dasduino CORE sa ženskim headerima (ATmega328) pločica.
Customer:
I see the offered board uses an ATmega328 microcontroller which has 3 ports (B, C and D), and on the board I see analog and digital inputs - outputs. I assume the mentioned microcontroller ports are somehow translated to the analog-digital inputs - outputs of the board. Is there documentation somewhere that shows the expected translation?
Pretpostavljem da se spomenuti portovi mikrokontrolera nekako translatiraju u analogno-digitalne ulaze - izlaze pločice. Da li negdje postoji dokumentacija iz koje bi se vidjela pretpostavljena translacija Hvala
Soldered Support:
Here is the schematic for Dasduino Core:
It contains a list of all GPIO ports and the digital pins they are connected to.
Here is a link to the repository for Dasduino Core if you need more information: Dasduino-CORE-hardware-design/OUTPUTS/V1.1.1 at main · SolderedElectronics/Dasduino-CORE-hardware-design · GitHub
ovo je sa sheme za Dasduino Core:
Sadržava popis svih GPIO portova i digitalnih pinova na koji su spojeni.
Evo linka za repozitorij za Dasduino Core ako budeš trebao još informacija: Dasduino-CORE-hardware-design/OUTPUTS/V1.1.1 at main · SolderedElectronics/Dasduino-CORE-hardware-design · GitHub
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Customer:
Do you have any solution based on ATmega32A or ATmega16A microcontroller?
Poštovani, zahvaljujem. Da li imate bilo koje rješenje bazirano na atmega32a ili atmega16a mikrokontroleru Hvala, lp
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Soldered Support:
We don’t have anything with ATmega32A or ATmega16A, only ATmega328P, ESP8266, ESP32 and ATtiny1604.
nemamo ništa sa atmega32a ili atmega16, samo atmega328p, esp8266, esp32 i attiny1604.
Customer:
I have an Arduino Uno which I purchased around 2016 and another Arduino which I borrowed from a colleague. The Arduino Uno worked when I purchased it with Windows XP, but now it doesn’t work with Windows 10. The Arduino from my colleague has an ATmega1280 16au 1234 microcontroller on it and I think it’s an Arduino Mega board. Do you have a diagram for the Arduino Mega board that shows the translation of microcontroller pins to board pins that you could send me?
Poštovani, imam arduino uno koji sam (mislim kod vas) kupio 2016.godine i još jedan arduino koji sam posudio od kolege.
Arduino Uno mi je radio kada dsam kupio s win xp os-om. Sada s win10 mi ne radi.
Ovaj Arduino od kolege ima na sebi mikrokontroler atmega1280 16au 1234 i mislim da se radi Arduino Mega pločici. Da li za Arduino Mega pločicu imate sliku iz koje se vidi translacija pinova mikrokontrolera prema pinovima pločice i koji mi možete poslati
Soldered Support:
Do you have the CH340 drivers installed? These are the drivers that enable Windows to communicate serially with devices such as Arduino. Here is a link if you haven’t installed it yet: https://sparks.gogo.co.nz/assets/_site_/downloads/CH34x_Install_Windows_v3_4.zip
We don’t officially support that Arduino as it’s not our product, but I found this answer on a forum, translated from English:
“1280 is fully supported by the IDE - it is used on one of the official boards. Select Arduino/Genuino Mega from Tools → Board menu, then from Tools → Processor menu select ATmega1280. You will need to load the bootloader into memory using an ISP programmer first before you can upload sketches via FTDI.”
If you got the microcontroller from before then it is possible that the bootloader is already loaded, if not, you will need to use an ISP programmer.
Imaš li instalirane CH340 drivere? To su driveri koji omogućuju Windowsima serijsku komunikaciju sa uređajima kao što su Arduino. Evo linka ako nisi to još instalirao: https://sparks.gogo.co.nz/assets/_site_/downloads/CH34x_Install_Windows_v3_4.zip
Taj Arduino mi službeno ne podržavamo kako nije naš proizvod ali pronašao sam ovaj odgovor na forumu, ovo je prevedeno s Engleskog:
“1280 je potpuno podržan od strane IDE-a - korišten je na jednoj od službenih ploča. Odaberite Arduino/Genuino Mega iz izbornika Alati → Ploča, zatim iz izbornika Alati → Procesor odaberite Atmega1280. Morat ćete prije toga u memoriju učitati bootloader koristeći ISP programer prije nego što možete učitavati skice putem FTDI.”
Ako ste dobili mikrokontroler od prije onda je moguće da je bootloader već učitan, ako nije, trebati će koristiti ISP programer.
Customer:
One more question: it seems to me that ATmega328P does not support external interrupts (interrupt system via INT0, INT1, INT2)?
Još jedno pitanje, čini mi se da Atmega328P ne podržava vanjske prekide (interrupt system preko INT0, INT1, INT2)? Zahvaljujem na odgovoru
Soldered Support:
It does support them, you just need to see which pin they are on. Here’s how it is on our Dasduino CORE:
podržava, moraš samo vidjeti na kojem je pinu. Evo kako je na našem Dasduino CORE-u:
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