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attiny1627-adc-burst-scaling-diff-pga-mplab-mcc

This MPLAB® X Melody project shows how to achieve a 16-bit resolution for the 12-bit ADC of the ATtiny1627. This is achieved through differential measurements using the Burst Accumulation with Scaling mode, the PGA with 16x gain, and oversampling.

attiny1627-adc-pga-burst-oversampling-mplab-mcc

This Melody example shows hor to use the ADC's powerful burst mode with oversampling feature on the avrTiny® 2-series.

attiny1627-analog-demo-mplab-mcc

This demo demonstrates the Programmable Gain Amplifier (PGA) in the ADC.

attiny1627-curiosity-nano-pga-demo-mplab-mcc

This code example demonstrates the use of the programmable gain amplifier (PGA) inside the ADC of the ATtiny1627 family of microcontrollers with MPLAB Code Configurator.

attiny1627-force-sensitive-resistor-12-bit-adc-mplab-mcc

Example demonstrating 12-bit ADC using force sensitive resistor on the Force Click. ADC results sent to an android/iOS app over Bluetooth communication using RN4870/71 Click and to a serial terminal. Per applied force, LEDs illuminated on 4x4 RGB Click.

attiny1627-force-sensitive-resistor-with-12-bit-adc

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

attiny1627-how-to-use-the-12-bit-differential-adc-with-pga

These code examples show how to use the different modes available when using the 12-bit differential ADC with PGA of the ATtiny1627 microcontroller. The features are explained further in the accompanying tech briefs.

attiny1627-pir-motion-detection-studio

Bare metal code for PIR motion detection using the 12-bit ADC with PGA on the ATtiny1627 .

attiny1627-temperature-measure-single-12-bit-adc-mplab-mcc

This code example shows how to use the ADC on tinyAVR® 2 Family microcontrollers to measure the internal temperature sensor.

attiny1627-training-12-bit-adc

Atmel Studio 7 bare metal code projects for the Getting Started with tinyAVR 2-family ADC Hands-On training manual

attiny1627-using-matrix-keypad-with-avr-devices

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.

attiny1627-using-matrix-keypad-with-avr-devices-mplab-mcc

This application demo shows how a general keypad application can be implemented with tinyAVR® and megaAVR® devices with advanced features to make the application more efficient and use less power.

attiny1627_tlc5916_7seg

attiny1627_tlc5916_full

blheli

BLHeli for brushless ESC firmware

nekcem

Spectral-element solver for Maxwell's equations, drift-diffusion equations, and more.

picongpu

Particle-in-Cell Simulations for the Exascale Era :sparkles:

test-attiny1627-temperature-measure-single-12-bit-adc-mplab-mcc