Sentence examples for compensator system from inspiring English sources

This paper proposes a compensator system based on a non linear sensor that acts as an active filter for the DC current component flowing in the power lines.

This paper gives details of an error table compensator system that uses a VLSI chip incorporating a transversal filter programmed as a wideband differentiator, additional on-chip circuits including delays and an adder, and a lookup table that is stored in external memory.

In this paper, we propose a design method of a static anti-windup compensator for systems with input magnitude and rate saturations.

This paper discusses some of the practical considerations involved in the synthesis and implementation of override compensators for systems which have outputs constrained to lie below certain thresholds.

A design scheme of a parallel feedforward compensator (PFC) for systems with a time-delay for rendering ASPR augmented system will be proposed in order to realize a stable adaptive output feedback control to a slip control system of lock-up clutch with a time-delay.

Moreover, the charging or discharging rate can be adjusted according to the current chamber pressure p. The asymmetric compensator adopts fuzzy system structure.

The feedback compensators for this system are evaluated and the open and closed-loop model response transients, following reference input variations, are presented.

Active heave compensators, whose control system is an essential part, allow conducting operations under more extreme weather conditions than passive ones.

These tools are dedicated to stability analysis in control systems, compensator design using root locus approach and Bode diagrams in the frequency domain.

The novel compensators and control system architecture are illustrated and evaluated through a simulation example by using the DMC control algorithm.

This article considers the design of an anti-windup compensator for linear systems subject to time-varying input delays and saturating actuators.