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Create an Agricultural IoT Sensor Node with AVR DD and RN2xx3 LoRa Module

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This example uses the MCC Melody Library to show how to use the Analog to Digital Converter (ADC) to read a signal then send it out with the Universal Synchronous and Asynchronous Receiver-Transmitter (USART). Works with MPLABX or MPLAB XPRESS IDE.

This code example will use the ADC module to do an analog read and display on the USART port using a Terminal to see the values.

A simple website which visualises domain data.

This example is developed using PIC18-Q10 family MCU and Curiosity High Pin Count development board. The example highlights the basic, average, burst average and low-pass filter computation modes of PIC18F47Q10 MCU 10-bit ADCC peripheral.

This code example showcases vectored-interrupt operation with three interrupt sources: Timer 0, Timer 1 and Interrupt on change. The result will be displayed in the MPLAB® Data Visualizer through the UART interface.

This example uses the MCC Melody Library to show how to configure the USART on the AVR128DB48 CNANO to print 'Hello World' in the MPLAB Data Visualizer. This example can be used with MPLABX or MPLAB XPRESS IDE.

An application which uses ascii characters to visualize statistical data on the terminal.

This example shows how to configure the Analog-to-Digital Converter (ADC) to trigger a conversion on a specific event. The Timer/Counter type A (TCA) overflow is used to trigger the ADC sample accumulation and ADC result is transmitted through USART.

This code example demonstrates the higher sampling capability of 10-bit ADCC module of the PIC18F-Q24 microcontroller family by sampling the input signal at 300 ksps. Compatible PIC18-Q24 family of MCUs: PIC18F56/55/46/45/26/25/24Q24.

Project is a PIC16F18076 beginners guide to entering and exiting the device's sleep mode and a high level discussion on low-power techniques. It uses the PIC16F18076 Curiosity Nano and MPLAB X/MCC.

This example shows how to use the printf function to send messages over EUSART and display charts in MPLAX Data Visualizer using Data Stream Protocol.

This project showcases the advantages of the Analog-to-Digital Converter (ADC) with Programmable Gain Amplifier (PGA) and Burst Accumulation mode.

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 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 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.