Category: Mcu
![ATtiny85 Thermocouple Thermometer measures up to +1350°C ATtiny85 Thermocouple Thermometer measures up to +1350°C](https://www.electronics-lab.com/wp-content/uploads/2019/03/thermocouplewater-1024x569.jpg)
ATtiny85 Thermocouple Thermometer measures up to +1350°C
This project describes a thermocouple thermometer, capable of measuring temperatures up to +1350°C, using just an ATtiny85 and an OLED display. by David Johnson-Davies @ technoblogy.com It uses the ATtiny85's analogue-to-digital converter with a x20 gain option to measure the...
Continue Reading![Getting Started with a PIC16 programming Getting Started with a PIC16 programming](https://www.electronics-lab.com/wp-content/uploads/2019/03/1-CulRbG37C32F3-LNHD4S3g-1024x768.jpeg)
Getting Started with a PIC16 programming
Getting Started with a PIC16, Specifically, a PIC16f18326, by Mattia Maldini @ medium.com: Today I’m going to make a quick tutorial on how to program a bare PIC16, specifically the PIC16f18326. No demo boards and no USB cable, just the MCU, a breadboard and a dedicated...
Continue Reading![RS adds Renesas Synergy S5D3 MCU and development board RS adds Renesas Synergy S5D3 MCU and development board](https://www.electronics-lab.com/wp-content/uploads/2019/03/TB-S5D3.png)
RS adds Renesas Synergy S5D3 MCU and development board
Renesas Synergy™ TB-S5D3 Target Board Kit helps designers evaluate the operation and performance of the S5D3 Microcontrollers. The S5D3 Target Board Kit offers initial firmware development and evaluation of the Synergy Software Package (SSP) on the Synergy™ S5D3...
Continue Reading![iCircuit’s iCP02 USB Microchip PIC Programmer & PICkit2 Plus Review iCircuit’s iCP02 USB Microchip PIC Programmer & PICkit2 Plus Review](https://www.electronics-lab.com/wp-content/uploads/2019/02/icpo3-PIC-Adapter.jpg)
iCircuit’s iCP02 USB Microchip PIC Programmer & PICkit2 Plus Review
Ever since the first microcontroller was released in 1980 by Intel - the Harvard Architecture 8051 mcu - microcontrollers have revolutionized the electronics industry and has spurred an array of low-cost microcontrollers like PIC, AVR, ARM, and others. The AVR has been the one that...
Continue Reading![Twelve PWM outputs from an ATtiny85 Twelve PWM outputs from an ATtiny85](https://www.electronics-lab.com/wp-content/uploads/2019/02/attiny85pwm.jpg)
Twelve PWM outputs from an ATtiny85
This project describes how to get 12 analogue PWM outputs from an ATtiny85, so you can drive 12 LEDs with individual control over each LED's brightness. David Johnson-Davies writes: Each LED can be set to a brightness between 0 (off) and 63 (fully on). The demonstration program shows a...
Continue Reading![Getting Started with STM32G0 Getting Started with STM32G0](https://www.electronics-lab.com/wp-content/uploads/2019/01/STM32G0.png)
Getting Started with STM32G0
The STM32G0 is ST's newest series of mainstream microcontrollers (MCU) for cost-oriented consumer and industrial applications. [via] This new generation offers an Arm® Cortex®-M0+ core at 64 MHz as well as a Securable Memory Area, more RAM and Flash, numerous I/Os, and more...
Continue Reading![ATtiny10 Thermometer using DS18B20 ATtiny10 Thermometer using DS18B20](https://www.electronics-lab.com/wp-content/uploads/2019/01/attiny10thermometer.jpg)
ATtiny10 Thermometer using DS18B20
This is a small battery-powered thermometer that displays the temperature as a series of red and green flashes on an LED. by David Johnson-Davies: The thermometer consists of an ATtiny10, a DS18B20 1-wire temperature sensor, and a bi-colour LED. To avoid the need for a digital display,...
Continue Reading![How to use the Atmel ATTINY10 Microcontroller How to use the Atmel ATTINY10 Microcontroller](https://www.electronics-lab.com/wp-content/uploads/2019/01/ATtiny10.png)
How to use the Atmel ATTINY10 Microcontroller
Here is a nice video from Ben Heck describing how to program and use the smallest AVR microcontroller, the ATTINY10. He covers, how to wire a small converter and an AVR High Voltage Programmer, how to get started with Atmel Studio 7 and basic I/O, how to blink a LED and view the signal...
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