GitHub Example for the 8bit MDFU Client Library using PIC18F56Q24 with a CNANO board.

This MPLAB® X MCC example shows implementation of TCP/IP Lite Applications using Microchip ENC28J60 Ethernet Driver on a PIC® Device

This code example demonstrates how to communicate as host and client using SPI protocol in interrupt and polling mode on PIC18F56Q71 with MPLAB MCC Melody.

GitHub Example for the 8bit MDFU Client Library using AVR128DA48 with a CNANO board.

The repository contains the Manchester Encoder, an MPLAB® X project, using Core Independent Peripherals (CIPs) by following the interaction between CLB, TMR0 and UART peripherals.

This code example demonstrates usage of AVR128DB48 microcontroller to generate 48MHz clock signal using PLL and OSCHF. In this code example, use of Timer/Counter type D (TCD) peripheral to realize peripheral clock frequency of 48MHz is demonstrated.

This MPLAB® X MCC example shows implementation of TCP/IP Lite Applications using Microchip ENC28J60 Ethernet Driver on an AVR Device

GitHub Example for the 8bit MDFU Client Library using PIC16F18446 with a CNANO board.

This project showcases a full duplex communication between two AVR16EB32 Curiosity Nano boards through FSK data modulation and demodulation techniques implemented using timer peripherals.

This MPLAB® X MCC example shows implementation of TCP/IP Lite Applications using Microchip ENC28J60 Ethernet Driver on an AVR Device

This repository contains a MPLAB® X project, a LCR meter implementation using the internal resources of PIC18F56Q71 microcontroller.

This MPLAB® X MCC example shows implementation of TCP/IP Lite Applications using Microchip ENCX24J600 Ethernet Driver on an AVR Device

This example highlights usage of PIC MCU as I/O expander, where the PIC16F15276 MCU acts as client and used as an I/O expander by host, and communicates through UART interface. Compatible PIC16F152xx family of MCUs are: PIC16F15244, PIC16F15276.

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.

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

This code example demonstrates how to communicate as host and client using SPI protocol in interrupt and polling mode on PIC18F47Q10 with MPLAB MCC Melody.

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.

This code example demonstrates how to communicate as host and client using SPI protocol in interrupt and polling mode on AVR16EB32 with MPLAB MCC Melody.

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.