In the majority of cases, the stabilizing effects of negative feedback are actually more desirable; but when you want a process to become self-sustaining, positive feedback may be what’s needed.

In football, defense keeps the opposing team in check. A similar strategy is at play inside our cells. Negative feedback loops (NFLs) help regulate how cells respond to signals, for example ...

Have you ever wondered why the climate sometimes seems to spiral out of control—why a small shift in temperature can suddenly ...

Some wonder if AI will replace PID control loops. The reality is that, instead of replacing PID, AI is stepping in to help keep things running smoothly without upending regulatory trust. Think of AI ...

Integral feedback control strategies have proven effective in regulating protein expression in unpredictable cellular environments. These strategies, grounded in model-based designs and control theory ...

Here is how to correctly design control loop that stabilizes flyback converter in order to provide optimal functionality.

A step-by-step guide on three ways to close the current control loop using the hall sensor feedback signal in totem-pole bridgeless PFCs.

A feedback loop is the part of a system in which some portion (or all) of the system's output is used as input for future operations. Each feedback loop has a minimum of four stages.

According to process control experts, a detailed and specific set of control valve requirements is more than necessary when it comes to good control loop performance.

The new direct feedback loop, however, in response to the same range of incoming signal strength, was found to recruit strong inhibition in brain cells (neurons) in EC layers 2 and 3, never ...