The phrase "a suitable controller for" is correct and usable in written English.
It can be used when discussing the appropriateness or compatibility of a controller for a specific application or system.
Example: "After reviewing the specifications, we determined that the device is a suitable controller for the new automation system."
Alternatives: "an appropriate controller for" or "a fitting controller for".
In this paper, we propose optimized design of a voice coil motor (VCM) that can be used as an actuator to implement a suitable controller for active isolation using feedback control to attenuate the low frequency vibration of all six rigid body modes.
There is, therefore, a need to systematically design a suitable controller for all power levels.
Therefore, designing a suitable controller for all power levels is a necessary step to enhance the plant availability factor.
A suitable controller for achieving the lag projective synchronization is designed based on the stability theory of linear fractional-order systems and the pole placement technique.
Due to the nonlinear nature of quadrotor systems, modeling uncertainties and unmodeled dynamics in these systems, the need to design a suitable controller for optimal performance in different working conditions is strongly felt.
In order to design a suitable controller for vibration suppression of thin-walled smart structures, an electro-mechanically coupled finite element (FE) model of smart structures is developed based on first-order shear deformation (FOSD) hypothesis.
In this work, an attempt has been made to increase the operating range of an electromagnetic suspension system by using the concept of piecewise linear control where the nonlinear force-current-airgap relationships of the magnetic suspension system have been successively linearized at several operating points with a suitable controller designed for each operating point.
Given a set of design objectives, a suitable controller can be designed.
To design simple and suitable controllers for these processes, a nonlinear predictive controller using sparse kernel learning with a polynomial kernel form is designed.
The aim of this paper is to show how the ASTRA code for tokamaks can be integrated into the Matlab – Simulink tool with the purpose of making more convenient and easier the development of suitable controllers for tokamaks.
The design procedure for the suitable controller consists of two steps.
