Sep 20, 2010 · This digital PID controller is designed to ensure load voltage regulation as well as to give robust performance with step loads and source rejection.
The purpose of these investigations is to design a robust digital PID design for H-bridge soft- switching boost converter (HSBC) and a detailed discussion is.
Oct 22, 2024 · This digital PID controller is designed to ensure load voltage regulation as well as to give robust performance with step loads and source ...
In this paper, a robust digital proportional-integral-derivative (PID) controller is proposed for the H-bridge soft-switching boost converter (HSBC).
In this paper, a robust digital proportional-integralderivative controller is proposed for the H-bridge softswitching boost converter.
Design of Robust Digital PID Controller for H-Bridge Soft-Switching Boost Converter. Mummadi, V. Details · Contributors · Fields of science · Bibliography ...
In this paper a digital PID controller is designed for an H-bridge soft-switching boost converter. The digital PID controller is designed analytically using ...
The design of PID control in a boost converter, using linear small-signal models, often results in much restricted closed-loop bandwidth and stability margin, ...
A robust digital linear controller can be designed using the combined pole placement method with sensitivity function shaping in the frequency domain.
2004. Design of robust digital PID controller for H-bridge soft-switching boost converter. V Mummadi. IEEE Transactions on Industrial Electronics 58 (7), 2883 ...