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Microchip PIC & AVR Examples's Projects

atmega128-rtc-using-asynchronous-timer-mplab icon atmega128-rtc-using-asynchronous-timer-mplab

This repository describes how to implement a real time counter (RTC) on microcontrollers featuring the RTC module. The implementation requires only one discrete component – a 32.768kHz watch crystal.

atmega128-rtc-using-asynchronous-timer-studio icon atmega128-rtc-using-asynchronous-timer-studio

This repository describes how to implement a real time counter (RTC) on microcontrollers featuring the RTC module. The implementation requires only one discrete component – a 32.768kHz watch crystal.

atmega4809-cnano-ble-aws icon atmega4809-cnano-ble-aws

Fast Prototyping of BLE Sensors for AWS Cloud This repository contains the project source code for the CNANO ATmega4809 board together with the Lambda used by the gateway to read characteristics and publish the data to the Amazon Web Services cloud.

atmega4809-getting-started-with-ac-studio icon atmega4809-getting-started-with-ac-studio

This repository contains 3 bare metal code examples that show how to use the AC peripheral of the ATmega4809 device in different modes. It is a companion to the TB3211-Getting Started with Analog Comparator (AC).

atmega4809-getting-started-with-adc-studio icon atmega4809-getting-started-with-adc-studio

This repository contains 5 bare metal code examples that show how to use the ADC peripheral of the ATmega4809 device in different modes. It is a companion to the TB3209-Getting Started with Analog-to-Digital Converter (ADC).

atmega4809-getting-started-with-ccl-studio icon atmega4809-getting-started-with-ccl-studio

This repository contains 3 bare metal code examples that show how to use the CCL peripheral of the ATmega4809 device in different modes. It is a companion to the TB3218-Getting Started with Configurable Custom Logic (CCL).

atmega4809-getting-started-with-gpio-mplab icon atmega4809-getting-started-with-gpio-mplab

This repository contains 3 bare metal code examples that show how to use the GPIO peripheral of the ATmega4809 device in different modes. It is a companion to the TB3229-Getting Started with General Purpose Input/Output (GPIO).

atmega4809-getting-started-with-rtc-studio icon atmega4809-getting-started-with-rtc-studio

This repository contains 3 bare metal code examples that show how to use the RTC peripheral of the ATmega4809 device in different modes. It is a companion to the TB3213-Getting Started with Real-Time Counter (RTC).

atmega4809-getting-started-with-spi-studio icon atmega4809-getting-started-with-spi-studio

This repository contains 3 bare metal code examples that show how to use the SPI peripheral of the ATmega4809 device in different modes. It is a companion to the TB3215-Getting Started with Serial Peripheral Interface (SPI).

atmega4809-getting-started-with-tca-studio icon atmega4809-getting-started-with-tca-studio

This repository contains 3 bare metal code examples that show how to use the TCA peripheral of the ATmega4809 device in different modes. It is a companion to the TB3217-Getting Started with Timer/Counter Type A (TCA).

atmega4809-getting-started-with-tcb-studio icon atmega4809-getting-started-with-tcb-studio

This repository contains 3 bare metal code examples that show how to use the TCB peripheral of the ATmega4809 device in different modes. It is a companion to the TB3214-Getting Started with Timer/Counter Type B (TCB).

atmega4809-getting-started-with-usart-studio icon atmega4809-getting-started-with-usart-studio

This repository contains 5 bare metal code examples that show how to use the USART peripheral of the ATmega4809 device in different modes. It's a companion to the TB3216-Getting Started with Universal Synchronous/Asynchronous Receiver/Transmitter (USART)

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