I don't know if this is the right place to post this but
I have an electronic sensor that measures conductance using Conductance = I/V. The results are very good especially with a Newton Raphson filtering algorithm. However there is a warmup time of the circuit itself of approximately 4 minutes before getting peak performance, as seen below., (Xaxis in seconds)
For each individual sensor reading there will be a warmup time if the system isn't running for 4 minutes or longer.
In some ways 4 minutes is way too long. Is there a way to capture the first 30 readings and mathematically characterize the transient warmup time? Or characterize the trajectory?
That way, instant readings under 4 minutes can be calibrated out to be closer to peak performance?
