An adaptive control method for two-phase DC/DC converter

Abstract

The objective of this paper is to demonstrate a fully digital controller for interleaving DC/DC converter. In this paper, a new adaptive control method is proposed to improve the dynamic performance in rapid load current slew rate requirement. This control architecture is according to PID controller with Gain Scheduling architecture and based on pole-zero cancellation method to build the parameters of PID to optimize in transient response. The proposed digital controller is tested on a 12-V input with 1. 2-V, 30-A buck converter by FPGA-based and the simulation and experimental results are presented.Index Terms --digital control, proportional-integral-derivative (PID), gain scheduling control, pole-zero cancellation, dc/dc converter, voltage regulator (VR). PEDS2009

VRB/EDLC Hybrid Storage System with PID Controller Based on BP Neural Network

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A novel effective nonlinear state observer based robust nonlinear sliding mode controller for a 6 kW Proton Exchange Membrane Fuel Cell voltage regulation

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