freeRTOS example on a xplained-pro atmega4809 with MPLAB X

freeRTOS example on a curiosity nano atmega4809 with MPLAB X

The TIMER Toggle LED example, of the MCC Melody Timer Example Component, is used in the Polled implementation. The LED on the PIC18F57Q43 Curiosity Nano is toggled, as well as a Debug IO, which can be used to verify the 100 ms period.

An example for countermeasures for ADC noise with on the megaAVR 0 series with atmega4809

PWM control of LED has been added to the ADCC Data Streamer Example, of the MCC Melody ADCC Example Component (Callbacks Implementation). LED brightness is varies with POT-Meter and ADC samples are visualized using the Data Streamer every 100ms.

The ADCC Basic Printf Example, of the MCC Melody ADCC Example Component, used in the Callbacks Implementation. ADC Conversions are taken every 500 ms. The LED is toggled and the result is sent to the PC terminal.

The ADCC Spike Detection Example, of the MCC Melody ADCC Example Component, used in the Polled implementation. ADCC Spike Detection is visualized with the Data Streamer. Modify the Spike Detection Sensitivity to observe the change in sensitivity.

The ADCC Data Streamer Example, of the MCC Melody ADCC Example Component, used in the Callbacks Implementation. Displays ADCC samples visualized with the Data Streamer. An ADC conversion is taken every 100 ms on the selected analog channel.

The ADCC Basic Printf Example, of the MCC Melody ADCC Example Component, used in the Polled implementation. ADC Conversions are taken every 500 ms. The LED is toggled and the result is sent to the PC terminal.

The TIMER Toggle LED example, of the MCC Melody Timer Example Component, is used in the Callbacks implementation. The LED on the PIC18F57Q43 Curiosity Nano is toggled, as well as a Debug IO, which can be used to verify the 100 ms period.

The ADCC Spike Detection Example, of the MCC Melody ADCC Example Component, used in the Polled implementation. ADCC Spike Detection is visualized with the Data Streamer. Modify the Spike Detection Sensitivity to observe the change in sensitivity.

This repository will explain how and when to use the powerful noise suppression features available on the Microchip tinyAVR® 1-series and megaAVR® 0-series ADCs.

Analog-to-Digital Converter with Computation (ADCC) and Context Switching — Differential Reading Using PIC18F56Q71 Microcontroller with MCC Melody

Demonstrates basic UART communication on PIC32CM JH devices using MPLAB X and Harmony v3, sending a periodic "Hello World" message over SERCOM1.

An introduction to adc's on megaavr 0 series

Reads proximity sensor value. With DV Run Time output, sends values to MPLAB® Data Visualizer via DVRT protocol every 100 ms. Polled using Delay driver for sampling frequency.

Firmware supporting the Application Note AN3607 'Phase Sequence Detection of Three Phase AC Supply'. This application demonstrates phase sequence detection, RMS voltage measurement on the three-phase AC supply using ZCD and ADC peripherals of AVR128DA64 microcontroller. The firmware is generated with Microchip code configurator (MCC) and MPLAB I…

This example will demonstrate how to interface the joystick on board the Curiosity Nano Explorer development board.

LED chaser increments binary on 6 LEDs every 100 ms. When all on, toggles 8 LEDs every sec. Uses Timer driver callbacks to switch from 100 to 1000 ms. Shows hex/binary of I/O pins via UART printf.

Control LED array using a force sensitive resistor on an AVR64DD32.