analog-to-digital-converter
There are 2 repositories under analog-to-digital-converter topic.
- rp2daq
FilipDominec / rp2daq
Raspberry Pi Pico firmware for universal hardware control & measurement, along with a user-friendly Python frontend
Language:C 25 NeuroFan / Algorithmic-SAR-ADC-simulation-files
HSPICE and MATLAB simulation files of a tracking SAR ADC
Language:MATLAB 19chandrawi / ADS1x15-ADC
Python library used for ADS1x15 analog to digital converter
Language:Python 17yasir-shahzad / ADS1X15
A Linux library for the ADS1x15 Analog-to-Digital Converter
Language:C++ 15antgon / pico-ads1115
A C library for using Texas Instrument ADS1115 analog-to-digital converter with the Raspberry Pi Pico
Language:C 12HaroldPetersInskipp / IndoorAutoGarden
An ecosystem monitoring setup, ideal for growing plants indoors without user intervention.
Language:Python 12mmmries / ads1115
Elixir Circuit Library for Interacting with an ADS1115 or ADS1015 Analog-to-Digital Chip
Language:Elixir 10- cbadc
hammal / cbadc
Design, simulation, and estimation toolbox for control-bounded analog-to-digital converters
Language:Jupyter Notebook 9 sudorobotics / SudoFlex
Repository for Introductory information, resources, and setup files for SudoFlex boards
MahdaSystem / ADS131
This is a C library for ADS131 family
Language:C 8gavinlyonsrepo / ADS1x15_PICO
Library Driver for ADC's ADS1015 and ADS1115 modules. RPI PICO RP2040 SDK C++
Language:C++ 6This is a C library for ADS1220
Language:C 6mkfzdmr / TDC-CMOS-Designs
This repository contains CMOS designs and performance outputs of time-to-digital converter (TDC) architectures.
Language:SourcePawn 6mheidenreich / ADCBasics
This example demonstrates how to use Freenove ADC Chips PCF8591 and ADS7830 with Raspberry Pi and Python to create a digital LED dimmer with a potentiometer.
Language:Python 5- Language:Verilog 5
- Language:C++ 4
miketeachman / micropython-ads1219
MicroPython module for the Texas Instruments ADS1219 ADC
Language:Python 4hVHDL / hVHDL_analog_to_digital_drivers
Analog to digital drivers for Sigma Delta Modulators with high level interfaces
Language:VHDL 3- Language:HTML 3
ma-laforge / RSDeltaSigmaPort.jl
Port of Richard Schreier's Delta Sigma Toolbox
Language:C 3- pet_ros2_joystick_pkg
Pet-Series / pet_ros2_joystick_pkg
ROS2-based joystick. Remotely control your robot via cmd_vel topic
Language:Python 3 TimurIbrayev / DUB_Sparsity_for_XBars
DUB Sparsity for Crossbars
Language:Python 3dvsu / ti_ads1115
Driver for Texas Instruments TI ADS1115 analog-to-digital converter, written in Python
Language:Python 2JupyterPhysSciLab / Documentation
Documentation for the Jupyter Physical Science Lab Suite of Packages
Interactive analog data acquisition and analysis within Jupyter notebooks using GUI tools.
Language:Jupyter Notebook 2Ryuzaki101 / Embedded
Embedded systems IO, LCD, Timers, Analog-Digital converter, CAN and UART projects.
Language:Objective-C 2solar-power / gilman-solar
Dual axis solar tracking
Language:Python 2taimurrabuske / adc_ica_calibration_opencl
Simulating ADC background calibration algorithms in OpenCL
Language:Python 2ClaudeMarais / ContinousAnalogRead_ESP32-C3
A simple Arduino project to show how to continously read analog values directly from the ADC (analog to digital converter) on an ESP32-C3. This is much much much faster than calling analogRead(), so it's useful if you need to read values at a high frequency.
Language:C++ 1importrayhan / Reading-Analog-Meter-Gauge-in-the-Wild
This is a demonstration of recognizing analog meter gauge values using computer vision deep learning model. The model is robust for the real-world scenarios.
jprikner / ESP32-ADS1119
ESP32 driver for the ADS1119 analog-to-digital converter with I2C communication handled by i2c_manager
Language:C++ 1- Language:C 1
M-Elibol / Tiva-C-Series-TM4C123G
Config files for my GitHub profile.
Language:C 1Santosh2611 / Embedded-Computing-Lab
Demonstration of the mini-lab component activities conducted for the course of Embedded Computing Lab (19CCE283).
Language:C 1- Weight-Measurement-System
talhatallat / Weight-Measurement-System
A load cell measures the weight using strain gauges. The difference between the length of the load cell at one side of the cell will help in determining the weight that is applied to it. This will change the output impedance. The output impedance is integrated into a Wheatstone bridge where the difference of the output impedance determines and controls the output voltage of the circuit.
Language:C++ 1 - Language:C++ 1
