) of the HX711 model. This pot acts as your physical weight scale.
If you have the necessary library files (usually a .IDX and .LIB file), follow these steps:
However, for a quick "ready-to-use" feature, the standard practice is to use a model. Below is the C code that acts as the behavior model for the HX711. You can compile this (e.g., using AVR-GCC or PIC compiler) to generate a HEX file, or I will provide the logic on how to integrate it. hx711 proteus library
Which (e.g., Arduino Uno, ESP32, PIC) are you targeting?
Because of its high resolution, low noise, and simple digital interface, the HX711 has become a popular choice for DIY digital scale projects, smart pet feeders, industrial weighing systems, and even medical devices. However, when it comes to simulating such circuits in Proteus Design Suite, the situation gets tricky because the Proteus library does not include a ready‑to‑use HX711 model by default. ) of the HX711 model
* HX711 Load Cell Amplifier Model for Proteus * Created for simulation purposes
| HX711 | Arduino Uno | |-------|-------------| | VSUP | 5V | | BASE | GND | | DOUT | D3 | | PD_SCK| D2 | Below is the C code that acts as
Many electronics enthusiast blogs (such as The Electronics ) provide these files for download.
Paste both the .LIB and .IDX files into this folder. For Proteus 7: