Your PID spends most of its life rejecting disturbances, not chasing setpoints. And any PV deviation from setpoint has a cost. Physics does not care about definitions.
Seconds works for most processes, but not all. This short explains what to do when your process is too slow for the 600 second simulation window.
Second short showing my PID Simulator v.1 - I have succeeded to create a real short in YouTube :)
First in the series of shorts showing my PID Simulator v.1
Chemical industry experience showed me the real costs of casual PID tuning: damaged equipment, compromised stability, safety hazards. A rigorous, safety-first approach sets my content apart.
Check out my self-paced course - Registrations open now, launches August 18th, 2025.
PID tuning parameters and their relation to stability limit
These are the most important take-away messages from the Ziegler-Nichols paper
Do you think the solution to the current crises is Artificial Intelligence? Check this video for a good summary of what AI is and what it isn't
Lorenz Attractor - with 3D rotation - 30 seconds of inspiration....
En un entorno donde cada segundo cuenta, la diferencia entre el éxito y el fracaso se mide en eficiencia. Nuestro video te lleva al corazón de la operación industrial, mostrando cómo el control de procesos transforma desafíos en oportunidades, optimizando cada aspecto de la producción. ¿Estás listo para llevar tu planta al siguiente nivel?
This video includes the initial module of a five-part introductory course on dynamical systems.
From Arithmetic to Integrals and Derivatives—Fear Not, Math Explorers!
Discover dynamic equilibrium and differential equations in our third video of "Dynamical Systems for Almost Everyone." Learn real-world applications and see how simulations bring these concepts to life!
Bringing Dynamical Systems to Life through Interactive Learning!
Where Theory Meets Real Life: Unveiling the Power and Limits of Dynamical Systems
