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What Is an ADC With Enhanced Features?
See the ADC in Action
Click the button below to access a live and interactive demo of the ADC rejecting noise present on the signal. The type of noise injected, the amount of oversampling and other demo parameters can be set by taking control of the demo.
Available Features
Implemented features vary by device family. Please consult the device's data sheet for specifics.
8-bit Microcontrollers With an Analog-to-Digital Converter With Enhanced Features
Similar Devices
ADC Videos
How to Use Threshold Comparisons and Averaging on a PIC® MCU
Have you ever wanted to filter noise on an incoming analog signal? Would you like your system to notify you when an analog signal goes above, below, inside or outside of a defined window? If so, then this video will explain how to use the Analog-to-Digital Converter with Computation or ADCC to average a noisy signal from an incoming sensor. This video will also show how to use the ADCC threshold comparison to give an interrupt any time the input signal falls outside of a certain window.
How to Use Threshold Comparisons and Averaging on a PIC® MCU
How to Use Threshold Comparisons and Averaging on a PIC® MCU
Have you ever wanted to filter noise on an incoming analog signal? Would you like your system to notify you when an analog signal goes above, below, inside or outside of a defined window? If so, then this video will explain how to use the Analog-to-Digital Converter with Computation or ADCC to average a noisy signal from an incoming sensor. This video will also show how to use the ADCC threshold comparison to give an interrupt any time the input signal falls outside of a certain window.
MM - MPLAB® Xpress IDE Edition - Episode 9 - Basic Capacitive Sensing Using the ADCC
MM - MPLAB® Xpress IDE Edition - Episode 9 - Basic Capacitive Sensing Using the ADCC
The video demonstrates how easy it is to add capacitive sensing into an application using core independent intelligent analog features and the MPLAB® Xpress Development Platform. Burst Averaging capabilities of the Analog-to-Digital Converter with Computation (ADCC) are used to read the voltage level based on the capacitance of a sensor made with conductive ink. The 10-bit ADCC value will be transmitted over the serial port to a computer running a terminal program. The ADCC value will register a higher value when the sensor is alone and a lower value when an object such as a finger touch is introduced.
How To Reduce ADC Noise Through Filtering Analog Inputs
How To Reduce ADC Noise Through Filtering Analog Inputs
Have you ever wondered how to use the window comparator on the ADC in Atmel START? Or have you ever wondered how you can use the accumulation on the ADC to filter analog readings? Have you ever wondered simply how to set up the ADC peripheral in START? Well this tutorial will answer these questions and more such as how to set up the advanced ADC, using the window comparator to generate interrupts, and filtering analog readings. By the end of this tutorial, you should have a better understanding of how the analog to digital converter is configured and you should also understand some of the advanced capabilities available on the analog to digital converter in Atmel START. Be sure to subscribe to our YouTube channel and follow our twitter page @MicrochipTech. Part used in this video is the ATMEGA4809.
How to Use a Low Pass Filter on a PIC® MCU
How to Use a Low Pass Filter on a PIC® MCU
Do you need to filter a noisy incoming signal? Have you ever wondered how to set up the low pass filter on a PIC micro controller? This video tutorial will explain how to configure and use the low pass filter on the ADCC peripheral to modify a square wave as well as filter periodic noise from a DC signal.
