Content for ATtiny13

ATtiny13

The high-performance, low-power Microchip 8-bit AVR RISC-based microcontroller combines 1KB ISP flash memory, 64B SRAM, 64B EEPROM, a 32B register file, and a 4-channel 10-bit A/D converter. The device supports a throughput of 20 MIPS at 20 MHz and operates between 2.7-5.5 volts. By executing powerful instructions in a single clock cycle, the device achieves throughputs approaching 1 MIPS per MHz, balancing power consumption and processing speed.

ATtiny13BinaryWatches

“Simple Binary Watches with 4 LED(1/5, 2/10, 4/20, 8/40), it mean 5 minute accuracy indicate. How it’s work? Every 0.5 sec CPU wake up(cycle iteration time 100 nS) and increase milliseconds value …

ATtiny13 DIY Electronics Earrings

“This project will certainly make her happier! Here I share the full making steps as well as the needed documents for Electronics DIY earring powered by a small Battery. What you will learn here: - Circuit design of small board layout …

ATtiny Assembler Program

“Program an ATtiny13 development board with AVR assembly language. ATtiny13 DevBoard There are a few variations for LEDs and buttons but the ATtiny13 is just an Arduino that only has PORTB. That can be enough for many applications. We’ll …

Fume Extractor

“Made a Fume Extractor by using a custom Attiny13 Based Motor driver board and 3D Printed Body, Greetings. So here’s something COOL, a DIY Fume Extractor made completely from scratch. Its body is made up of 3D Printed parts …

DIY Handheld Fan

“Made a DC Handheld Fan from scratch using 3D Printed parts and a custom PCB. An Attiny13A powers the whole setup. I prepared a 3D Printed body and made a custom PCB that holds all the essential electronics on it …

PWM Cooling-FAN Control and Over Temperature Protection using LM35 and ATTiny13

“Proper thermal dissipation is an essential rule for nowadays electronics. The best operating temperature for the electronic components is 25 degrees (standard room temperature). Thermal dissipation in some commercial devices is not done properly which affects the lifetime and performance …

Acoustic Levitation With an ATTiny 4/5/9/10

“My previous Instructable featured a 555 timer with a hex inverter used to generate a 40 kHz square wave and drive the ultrasonic transmitters. As you can see, the circuit is pretty large. I thought I could avoid using an …

CRISS CP/M 8-bit Homebrew DIY Computer (AVR based)

“the FIRST single-board DIY 8-bit personal computer with VGA, Ethernet and printer support, GPIO and CP/M powered! Meet my CRISS CP/M: the modern single-board 8-bit full-featured personal computer! Amazing functionality for the DIY device: it is not a …

TinyRemoteXL - 12-Button IR Remote Control based on ATtiny13A

“TinyRemoteXL is a 12-button IR remote control based on an ATtiny13A powered by a CR2032 or LIR2032 coin cell battery. The basic hardware is similar to the 5-button TinyRemote. The main difference is that the ATtiny13 has to query 12 …

Make a PoV Display with ATtiny13 for $1

“Learn how to build a really cool persistence of vision display for $1. Story PoV Display with ATtiny13 for $1 I was browsing through AliExpress sometime back and this particular listing caught my attention. 5 Pcs of ATtiny13 microcontrollers for …