Explore fundamental process control concepts through real-time interactive simulations. Pick a lab from the hub below and watch systems respond instantly.
Click any floating node to open an interactive example
Error-driven response that reduces steady-state error
Eliminates steady-state error by accumulating past errors
Predicts future error, adds damping to the response
Analyze overshoot, settling time, and rise time
Adaptive implicit integration of fast Arrhenius kinetics and thermal runaway
Master-slave PID loops for improved disturbance rejection
One controller output drives two opposing actuators