The work presents the current situation concerning positioning systems manufactured by well-known companies in the industry: Festo, SMC, etc, or patented solutions for positioning system. The authors suggest, following a thorough analysis, as a original solution, a positioning system driven by an electrical stepping motor. There are presented some particular elements of design, modeling, execution, testing and optimization of the proposed system. For validation, the mathematical model, authors have developed, in Matlab environment, a graphic user interface in which one can simulate the operation of several solutions with stepping motors, different positioning strokes
The subject of the article is spatial two-coordinate linear stepping motors with air support. The pa...
The mathematical model of the forming of high resolution discrete grid for various configurations of...
The master thesis encompasses the possibilities of position evaluation and drive control with the ai...
The subject of the article are the spatial electromechanical multi-coordinate systems. These systems...
[[abstract]]This paper proposes a novel 2-DOFs positioner system with large travel ranges is present...
The paper describes a set of experimental measurements carried out on the experimental equipment wit...
Open-loop operatlon of the stepping motor exploits the inherent advantages of the machine. For near ...
The paper presents a intelligent system for stepper motor control in a microstepping mode, which was...
The presented works concerned launching of an angular positioner powered by an electromagnetic actua...
Linear motor has gain popularity as linear motion drive in industry and factory automation. These de...
AbstractStepping motor computer simulation analysis and stepping motor circuit are analyzed. Permane...
The evolution of digital electronics and microcontroller systems has led to development of electrica...
In this paper implementation of a control system for high precision applications is presented. The c...
AbstractDevelopment of digital electronics and microcontroller systems has led to development of ele...
In industrial electric drive systems, it is common to find objects that need to solve the problem of...
The subject of the article is spatial two-coordinate linear stepping motors with air support. The pa...
The mathematical model of the forming of high resolution discrete grid for various configurations of...
The master thesis encompasses the possibilities of position evaluation and drive control with the ai...
The subject of the article are the spatial electromechanical multi-coordinate systems. These systems...
[[abstract]]This paper proposes a novel 2-DOFs positioner system with large travel ranges is present...
The paper describes a set of experimental measurements carried out on the experimental equipment wit...
Open-loop operatlon of the stepping motor exploits the inherent advantages of the machine. For near ...
The paper presents a intelligent system for stepper motor control in a microstepping mode, which was...
The presented works concerned launching of an angular positioner powered by an electromagnetic actua...
Linear motor has gain popularity as linear motion drive in industry and factory automation. These de...
AbstractStepping motor computer simulation analysis and stepping motor circuit are analyzed. Permane...
The evolution of digital electronics and microcontroller systems has led to development of electrica...
In this paper implementation of a control system for high precision applications is presented. The c...
AbstractDevelopment of digital electronics and microcontroller systems has led to development of ele...
In industrial electric drive systems, it is common to find objects that need to solve the problem of...
The subject of the article is spatial two-coordinate linear stepping motors with air support. The pa...
The mathematical model of the forming of high resolution discrete grid for various configurations of...
The master thesis encompasses the possibilities of position evaluation and drive control with the ai...