A code examples that shows how to configure the ADCC to read one analog value.
This repository is the demo code for the PIC16F15245 device on the Low Pin Count (LPC) curiosity board.
A code example that shows how to configure the ADCC to read a single analog value.
A code example that configures the ADCC to provide an interrupt when a sharp increase or decrease is detected in the sampled value.
PIC18F16Q40 curiosity weather station code example.
The PIC18F47Q10 features two MSSP modules, which can be configured in SPI mode. In this demo, the SPI is configured as master and sends data to two slave devices, one at a time. The repository contains the Foundation Services Generated code for the application.
Code example that shows how to configure ADCC to give a conversion averaged through a low pass filter.
A code example that configures the ADCC to provide a measurement of the internal temperature of the microcontroller.
The PIC18F47Q10 features two MSSP modules, which can be configured in SPI mode. In this demo, the SPI is configured as master and sends data to two slave devices, one at a time. The repository contains the MCC Generated code for the application.
A code example that configures the ADCC to provide an interrupt when a sharp increase or decrease is detected in the sampled value.
A code example that configures the ADCC to provide a measurement of the internal temperature of the microcontroller.
This example demonstrates usage of Cyclic Redundancy Check Memory Scan (CRCSCAN) peripheral to perform CRC operation on the Flash memory and Nonvolatile Memory Controller (NVMCTRL) peripheral to perform read and write operations on the Flash memory in runtime. The firmware is generated with Microchip Code Configurator (MCC) and MPLAB X IDE, and developed on AVR128DA48 Curiosity Nano Evaluation Kit
This example demonstrates usage of Cyclic Redundancy Check Memory Scan (CRCSCAN) peripheral to perform CRC operation on the Flash memory and Nonvolatile Memory Controller (NVMCTRL) peripheral to perform read and write operations on the Flash memory in runtime. The firmware is generated with Atmel START Code Configurator and Atmel Studio IDE, and developed on AVR128DA48 Curiosity Nano Evaluation Kit.
This repository is the demo code for the PIC18F16Q41 device on the Low Pin Count (LPC) curiosity board.
This repository is the demo code for the PIC18F16Q40 device on the Low Pin Count (LPC) curiosity board.
PIC18F47Q84 Curiosity High Pin Count (HPC) Development board basic code examples.
This application example shows how a matrix keypad can be implemented with tinyAVR® and megaAVR® devices. One example shows a simple implementation of a keypad, while the second demo uses more advanced features to make the application more efficient and use less power.
In the example application, the ADC result will be sent to an android/iOS app over Bluetooth communication using the RN4870 Click board. The ADC result will also be sent to a serial terminal and a 4x4 RGB Click board is used to illuminate different LEDs corresponding to the applied force on the force sensor on the Force Click board
