#include "HX711.h"HX711 scale;
void setup() Serial.begin(9600); scale.begin(A1, A0); // DT, SCK scale.set_scale(2280.f); // Calibration factor scale.tare(); // Reset to zero
void loop() float weight = scale.get_units(5); // Average of 5 readings Serial.print("Weight: "); Serial.print(weight); Serial.println(" grams"); delay(500);
Upload the compiled .hex file to the Arduino model in Proteus and watch the virtual serial output.
If you cannot find a ready-made library, you can simulate the HX711 by using an Arduino Uno in Proteus with pre-written code. This is not a native library but works for testing.
This method is 100% functional but requires an Arduino model in Proteus. hx711 proteus library download
A: Yes, all community-developed libraries for Proteus are free. Beware of sellers offering “premium” HX711 models – they are likely repackaged free files.
Copy both HX711TEP.IDX and HX711TEP.LIB into the LIBRARY folder.
Restart Proteus.
| Problem | Solution |
|---------|----------|
| Component not found after copying | Restart Proteus completely |
| "Unknown part" error | Ensure both .IDX and .LIB are in the correct folder |
| Simulation stuck | Add pull-up resistors (10kΩ) on DOUT and PD_SCK if needed |
| No output | Check VSUP and GND connections |
A: No. The library is designed for Proteus 8 or newer. Proteus 7 uses a different library format.
| HX711 Pin | Connect To | |-----------|-------------| | VCC | +5V (Arduino) | | GND | GND (Arduino) | | DT (Data) | Arduino Pin A1 (or any digital pin) | | SCK (Clock) | Arduino Pin A0 | | E+ | Load Cell excitation + | | E- | Load Cell excitation - | | A+ | Load Cell signal + | | A- | Load Cell signal - | #include "HX711
#include "HX711.h"HX711 scale;
void setup() Serial.begin(9600); scale.begin(A1, A0); // DT, SCK scale.set_scale(2280.f); // Calibration factor scale.tare(); // Reset to zero
void loop() float weight = scale.get_units(5); // Average of 5 readings Serial.print("Weight: "); Serial.print(weight); Serial.println(" grams"); delay(500);
Upload the compiled .hex file to the Arduino model in Proteus and watch the virtual serial output.
If you cannot find a ready-made library, you can simulate the HX711 by using an Arduino Uno in Proteus with pre-written code. This is not a native library but works for testing.
This method is 100% functional but requires an Arduino model in Proteus.
A: Yes, all community-developed libraries for Proteus are free. Beware of sellers offering “premium” HX711 models – they are likely repackaged free files.
Copy both HX711TEP.IDX and HX711TEP.LIB into the LIBRARY folder.
Restart Proteus.
| Problem | Solution |
|---------|----------|
| Component not found after copying | Restart Proteus completely |
| "Unknown part" error | Ensure both .IDX and .LIB are in the correct folder |
| Simulation stuck | Add pull-up resistors (10kΩ) on DOUT and PD_SCK if needed |
| No output | Check VSUP and GND connections |
A: No. The library is designed for Proteus 8 or newer. Proteus 7 uses a different library format.
| HX711 Pin | Connect To | |-----------|-------------| | VCC | +5V (Arduino) | | GND | GND (Arduino) | | DT (Data) | Arduino Pin A1 (or any digital pin) | | SCK (Clock) | Arduino Pin A0 | | E+ | Load Cell excitation + | | E- | Load Cell excitation - | | A+ | Load Cell signal + | | A- | Load Cell signal - |