Разработка на микроконтроллерах ATtiny

Уровень 0 · материалов: 4

В кластер входят документы, посвященные техническим аспектам использования и программирования микроконтроллеров серии ATtiny.

Общие признаки: микроконтроллеры ATtiny, ограниченные ресурсы, программирование через Arduino, оптимизация встроенного ПО

Группа выше: Микроконтроллеры AVR, ATtiny и PIC

Материалы

• #31584 — Programming ATtiny13 Microcontrollers Using Arduino — Представитель этого кластера

  Прошивка и программирование ATtiny13 при помощи Arduino UPD 17.03.2016 — HWman

  Смысл: The main idea is to empower DIY electronics enthusiasts to use the cheap and energy-efficient ATtiny13 microcontroller by leveraging the accessible Arduino ecosystem for programming and development.

  A step-by-step tutorial on configuring the Arduino IDE and hardware to program ATtiny13A microcontrollers.

• #17865 — Creating a Low-Cost Arduino Alternative using ATtiny85

  Arduino за 1$ — eta4ever

  Смысл: The main idea is to demonstrate that the ATtiny85 microcontroller can be used as a low-cost, minimal alternative to a full Arduino board for simple tasks, provided the user can navigate the initial setup of fuses and programmer firmware.

  The author successfully implements a $1 microcontroller setup by configuring an ATtiny85 chip to work with the Arduino IDE, overcoming programmer and clock-speed issues along the way.

• #22034 — Creating a Realistic Traffic Light with ATtiny13

  На столбе висят три глаза, или сказ о том, что пяти ног ATtiny13 вполне достаточно — Archy_Kld

  Смысл: The main idea is to demonstrate that even a highly constrained microcontroller like the ATtiny13 is sufficient for complex logic if the developer employs optimization techniques and creative circuit design. It serves as a practical guide on resource-constrained embedded development, combining software optimization with hardware ingenuity.

  A detailed technical guide on building a GOST-compliant miniature traffic light using an ATtiny13 microcontroller, focusing on extreme memory optimization and creative pin-sharing hardware hacks.

• #32910 — Implementing PLC Functionality using ATtiny13 Microcontroller

  ATtiny13 против ПЛК, или как получить 14 I/O от контроллера с 8 ногами — seri0shka

  Смысл: The main idea is to demonstrate that through creative hardware hacking and software multiplexing, a microcontroller with very few pins (ATtiny13) can perform the basic logic tasks of an industrial PLC by alternating pin functions and using analog voltage levels to expand I/O capacity.

  A technical guide on how to expand the limited I/O of an ATtiny13 microcontroller to simulate a PLC by rapidly switching pins between input and output modes.