24 bits on Atmega328P !

[ivconic]

True 24 bits with Atmega328P?? Yes it is possible!
For not speed-demanding-sampling-rate applications (what a weird sentence!?), 10 to 80sps; here is proven neat solution with cheap and affordable HX711 modules:
(thanks to existing libraries all this becomes a very easy play)

#include "HX711.h"
#include <math.h>  
#include <LiquidCrystal.h>
LiquidCrystal lcd(8, 9, 4, 5, 6, 7);
#define DOUT  3
#define CLK  2
HX711 scale(DOUT, CLK);
void setup() 
{
  lcd.begin(16,2);
}
void loop() 
{
merenje();
}
void merenje() 
{
  lcd.setCursor(0,0);
  long Raw = (scale.read_average(10));
  lcd.print(Raw);
  lcd.print("  ");
}

"..long Raw = (scale.read_average(10));.."
10 samples average.
I purposely added LCD to check overall behavior when rising the averaging number of samples.
Up to 30 samples is not significantly affecting the LCD behavior. Yet; everything above 20 is not providing me importantly more stable readings.
10 is quite optimal. Subject to change, from case to case.


Adjustable gain:

[ivconic]

In exact primer; measuring the FLC100 sensor voltage swing (as i recall correctly, 1.9v to almost 4v, extremes though) i got resolution with range roughly 0-14 000 000 !!!
Ain't that enough?

[Orbit]

0- 2.5v -5v

[kosacid]

it say its for weight sensors on ebay lol no wee would want it for the ADC nice find a lot better than the arduino ADC i might get me some nice find
how about using a Micro Digispark Arduino Blue as a processor make it all module based

[kosacid]

5V IIC I2C Serial Interface Adapter Module For Arduino LCD1602 forgot to say i am using them

[ivconic]

it say its for weight sensors on ebay lol no wee would want it for the ADC nice find a lot better than the arduino ADC i might get me some nice find
how about using a Micro Digispark Arduino Blue as a processor make it all module based

That's Attiny85 ?
I am not familiar with Attiny cores at all.
But i guess it is possible to wire HF711 with it.
Yes it is, on skim search i found this: https://ilias.giechaskiel.com/posts/...ale/index.html
All you need from HX711 is raw data.

[ivconic]

0- 2.5v -5v

I can't tell for sure.
In room conditions, placed on workbench; i got approx 1.9-4v swing.
All the possible noise from such environment is probably affecting the range.
Even such; is far above than enough from what i needed in experiments with 24 bit ADC.

[ivconic]

5V IIC I2C Serial Interface Adapter Module For Arduino LCD1602 forgot to say i am using them

Similar... possibly the same one i am using too.
Yet you'll have to check its I2C address anyway.

[kosacid]

ye that's a pain having to load a program in to get the address you think it would use a fixed address

[ivconic]

[ivconic]

0- 2.5v -5v

This provoked me to think more about the whole thing.
Actually i am having couple of EMS100 sensors and not original FLC100.
It was buried in my mind as "FLC100" because i saw so many claims that actual EMS100 is exact copy of FLC100.
On some forums there are claims that EMS100 is even "better and improved" copy of FLC100!?
Now we have pretty important issue which probably denies such claims.
No matter what i do; i can provoke 1.9 to 4v swing at most, at this sensor.
This is interesting to keep in mind.

[ivconic]

In exact primer; measuring the FLC100 sensor voltage swing (as i recall correctly, 1.9v to almost 4v, extremes though) i got resolution with range roughly 0-14 000 000 !!!
Ain't that enough?

Also there is another thing here that must be corrected. Since i did this for quite a while ago; i forgot the details. Later on i make mistakes like this.
I got resolution up to 1 400 000 and not "14 millions" like stated above.
1.4 million in positive values and not exactly sure about the end extreme in negative values.
But certainly, even like this; i got much more resolution than i needed for given application.
So, HX711 attempt is total success. Of course, depending on what's your final goal with it.