Eng. Silviu Draghici, Professor Eugen Raduca Ph.d , Lecturer Mihaela Raduca
Rezumat
In ultimul timp controlul digital al turatiei electromotoarelor asincrone prezinta o tot mai mare importanta;
pentru aceasta se utilizeaza procesoare de prelucrare de semnale de ultima generatie; in aceasta lucrare autorii propun utilizarea FPGA-urilor „Spartan 3AN” din familia xilinx.
Abstract
In the last time digital revolution control of electric motors asynchronous presents an increasing importance; to do this use the processors of processing of signals generation; in this paper the authors propose the use-FIELDS PROGRAMMABLE GATE ARRAY "Spartan 3AN" Xilinx family.
Din același număr
- SYSTEMIC APPROACH TO DYNAMICS OF THE HYBRID ELECTRIC VEHICLES
- VOLTAGE CONTROLLED OPTIMAL ELECTRICAL DRIVE SYSTEM WITH VARIABLE TORQUE
- CONTROL METHODS OF AN SINGLE STATOR DUAL ROTOR PMSM
- GEOMETRY OPTIMIZATION OF ELECTRIC MOTORS OF AUTONOMOUS VEHICLES ON ENERGY EFFICIENCY CRITERIA
- GRAPHICAL INTERFACE TO PLOT THE PHASOR DIAGRAM OF A RAILWAY SYNCHRONOUS GENERATOR
- OPTIMISATION OF LOSSES IN ASYNCHRONOUS MOTORS FOR GENERAL USE
- WHEEL SLIP MEASUREMENT OF AN ELECTRIC VEHICLE PROTOTYPE USING AN ACCELEROMETER
- DETERMINATION OF THE SOLE NATION OF EXCITATION OF A SYNCHRONOUS GENERATORS, BY THE MATHEMATICS METHOD
- THE NOTCH WIDTH EFFECT U PON THE PERFORMANCE OF THE SYNCHRONOUS GENERATOR
- ANALYSIS OF AN OUTER-ROTOR RELUCTANCE MOTOR USING THE TRANSIENT MAGNETIC MODEL
- CONTROL OF A 6/4 SWITCHED RELUCTANCE GENERATOR, USING TWO DIFFERENT VOLTAGE SOURCES
- INVESTIGATION BY SIMULATION OF MOTOR AND GENERATOR MATHEMATICAL MODELS FOR AN ELECTRICALLY EXCITED SYNCHRONOUS MACHINE RUNNING IN GENERATOR MODE