Add to ORKGA prototype of a digital controller for induction motor drive is presented in the paper. The single board microprocessor based on the TMS320C30 Digital Signal Processor is developed and programmed using C language. The software is elaborated for performing the full digital control of the induction motor drive. The control algorithm is determined using the MRAS technique which allows to implement the field oriented control of the motor in the stator coordinates. The inverter control is performed using a predictive technique which avoids to implement analog current loops. Experimental test results of the prototype behaviour are presented
Based on advances in power electronics and microprocessor technologies, AC drives have been develope...
The aim of this research was to implement a modern digital control system using Digital Signal Proce...
This master thesis deals with the modern algorithms of the asynchronous induction machine and perman...
A prototype of a digital controller for induction motor drive is presented in the paper. The single ...
A prototype of a digital controller for induction motor drive is presented in the paper. The single ...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-base control system for speed control of an induction motor. Al...
A microprocessor-based control system for speed vectorial control of induction motor is presented in...
A microprocessor-based control system for speed vectorial control of induction motor is presented in...
This thesis deals with the design of control unit of frequency converter for asynchronous motor, tha...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
Based on advances in power electronics and microprocessor technologies, AC drives have been develope...
The aim of this research was to implement a modern digital control system using Digital Signal Proce...
This master thesis deals with the modern algorithms of the asynchronous induction machine and perman...
A prototype of a digital controller for induction motor drive is presented in the paper. The single ...
A prototype of a digital controller for induction motor drive is presented in the paper. The single ...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-based control system for speed control of an induction motor. A...
The paper describes a microprocessor-base control system for speed control of an induction motor. Al...
A microprocessor-based control system for speed vectorial control of induction motor is presented in...
A microprocessor-based control system for speed vectorial control of induction motor is presented in...
This thesis deals with the design of control unit of frequency converter for asynchronous motor, tha...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
An optimal use of microprocessors to control electric drives requires an approach which takes into a...
Based on advances in power electronics and microprocessor technologies, AC drives have been develope...
The aim of this research was to implement a modern digital control system using Digital Signal Proce...
This master thesis deals with the modern algorithms of the asynchronous induction machine and perman...