The interaction between the input and the control loop of switching regulators often results in deterimental effects, such as loop instability, degradation of transient response, and audiosusceptibility, etc. The concept of pole-zero cancelation is employed to mitigate some of these detrimental effects and is implemented using a novel feedforward loop, in addition to existing feedback loops of a buck regulator. Experimental results are presented which show excellent correlation with theory.
A novel feedforward compensation canceling input filter-regulator interaction
1983-03-01
Sonstige
Keine Angabe
Englisch
Feedforward compensation by specified step settling considering frequency shaping of control input
Online Contents | 2011
|Design of multi‐input multi‐output delay time control system with feedforward compensation
Online Contents | 2011
|