There are 2 repositories under load-cell topic.
A breakout board for the HX711 load cell weight measuring amplifier
Implementation of single and multiple HX711 use via RP2040's state machine
An Arduino library to interface with load cells using the Qwiic interface and the NAU7802.
A linux library to interface with load cells using NAU7802.
A scale API for a Raspberry Pi Pico (RP2040) using the hx711-pico-c library.
Software to measure climbing specific finger strength measures, such as Critical Force.
A Raspberry Pi Library to interface Avia Semiconductor HX711 24-Bit Analog-to-Digital Converter (ADC) for Weight Scales
MicroPython implementation of HX711 use via RP2040's state machine
Python bindings for Raspberry Pi HX711 C++ Library
A PCB to combine four individual strain gauges or load sensors into the standard wheat bridge configuration and 4-color wiring found on load cells.
A library to stabilize load cell readings
HX711 Load cell Raspberry Pi Java class for Pi4j
Scale with a strain gauge and an HX711, 3d printed and calibrated
Design for the science olympiad detector building device (2022-2023 season)
Web based weight monitoring system using esp8266.
Breakout board to sample 3-axis load cells with I2C interface
A 3rd party software for IMADA Load Cells. Capable of recording force 2000Hz with a protocol for time-synchronization.
An I2C based interface to load cells and other wheatstone based strain gauges.
Library to readout standard loadcells with the internal ADC/PGA of the Teensy 3.2
Golang package to interface hx711 load cell amplifier
DeepWeight automates the manual billing process by using a load cell to measure weight, USB camera to capture image, predict fruit type using a deep learning model and printer to print a receipt.
Trabalho de Conclusão de Curso: Protótipo de Prateleira Inteligente com Arduino.
Weight scale using Sparkfun's OpenScale
a box that screams at you when taking to many sweets
Powder-dispenser. School project 2020 - third semester
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.
Arduino Wemos D1 basic seismometer. Creates SD card file, opens, writes, prints out. Tested with 64GB SD. Takes reading when values above / below set limits. XFW-HX711 Load Cell A2D. RTC DS1307. WeMos Micro SD Shield. IDE Info = WeMos D1R1 (ESP8266 Boards 2.5.2), upload 921600, 80MHz, WeMos D1R1 Boards 2