SELF AND MUTUAL IMPEDANCES OF RECTANGULAR BUS-BARS OF FINITE LENGTH
Article Sidebar
Open full text
Published:
Dec 9, 2014
Issue Vol. 4 No. 4 (2014)
Articles
-
CALCULATION OF EXTERNAL EXPOSURE DURING DISMANTLING AND SEGMENTATION OF STEAM GENERATOR
3-10
-
ANALYSIS AND VERIFICATION OF INTEGRATED CIRCUIT THERMAL PARAMETERS
11-15
-
DECONTAMINATION OF CONTAMINATED SCRAP METAL BY MELTING ARISEN FROM THE DECOMMISSIONING OF NUCLEAR POWER PLANT SHUT DOWN AFTER AN ACCIDENT
16-20
-
SELF AND MUTUAL IMPEDANCES OF RECTANGULAR BUS-BARS OF FINITE LENGTH
21-24
-
TECHNOLOGIES OF SUPERCONDUCTING TRANSFORMERS
25-27
-
SIMULATION OF MULTICOMPONENT POLLUTION FLUID FILTERING PROCESS USING N-LAYER FILTERS
28-31
-
AN OVERVIEW OF EVOLUTIONARY METHODS OF MULTI-CRITERIA OPTIMIZATION
32-34
-
EFFECTIVE EXPECTATION MAXIMIZATION ALGORITHM IMPLEMENTATION USING MULTICORE COMPUTER SYSTEMS
35-37
-
THE PROBLEM OF COALITION FORMATION MODELLING
38-40
-
THE PROBLEM OF SYSTEM FAULT-TOLERANCE
41-44
-
COMPARISON OF NUMERICAL MODELS OF PORTS OF A STRIPLINE
45-48
-
NUMERICAL MODELING OF ELECTROMAGNETIC FIELDS IN SIMPLIFIED MODEL OF HUMAN
49-52
-
HARDWARE AND SOFTWARE REALIZATION OF THE TRANSMISSION OF AUDIO INFORMATION ENCRYPTED BY CHAOTIC SEQUENCES
53-55
-
THE EFFECTIVENESS OF REACTIVE POWER COMPENSATION IN POWER DISTRIBUTION NETWORKS
56-58
-
PROCESS AUTOMATION OF CONTINUOUS QUALITY CONTROL OF MIXTURE PREPARATION AT THE DISTILLERY
59-61
-
TWO-MODULAR SYSTEM FOR PROCESSING EEG DATA USING FACTOR ANALYSIS AND MOORE-PENROSE PSEUDOINVERSION
62-64
-
MONITORING AND ENVIRONMENTAL RESEARCH OF AIR QUALITY WITH THE USE OF MASS SPECTROMETRY
65-68
-
COMBUSTION OF COAL AND ALTERNATIVE FUELS IN OXY-FUEL ATMOSPHERE
69-72
-
EVALUATING REGIONS FOR DIGITAL WATERMARKING WITH PIXEL IMPACT FACTOR AND QUANTIZATION IN SPATIAL DOMAIN
73-76
-
ANALYSIS AND EVALUATION OF THE BASIC STRUCTURES OF ACTIVE EMI FILTERS
77-80
-
PRACTICAL REALIZATION OF IDEAL DIODE FULL-WAVE RECTIFIERS
81-84
-
APPLICATION OF THE INTERVAL LATTICE BOLTZMANN METHOD FOR A NUMERICAL MODELLING OF THIN METAL FILMS IRRADIATION BY ULTRA SHORT LASER PULSES
85-88
-
MOTION CONTROL SYSTEM OF AUTONOMOUS MOBILE ROBOT
89-93
-
CHEMICALLY-MODIFIED POLYANILINE AS A NEW CONDUCTING FILLER FOR POLYMER COMPOSITES
94-97
-
CHARACTERISATION OF NANOFIBROUS SEPARATORS FOR LITHIUM-ION BATTERIES
98-101
-
REMOTE MONITORING OF CO-FIRING FURNACES
102-104
-
WHETHER RES ARE COMPETITIVE FOR CONVENTIONAL SOURCES?
105-108
-
MULTIVARIATE MAGNETIC FIELD ANALYSIS AND LEVITATION FORCE CALCULATION OF THE ACTIVE AXIAL MAGNETIC BEARING (AAMB)
109-112
-
RESEARCH OF DC/DC CONVERTER WITH ISOLATION TRANSFORMER TO SUPPLY THE NEEDS OF TRACTION VEHICLES
113-116
Main Article Content
DOI
Authors
Abstract
In this paper, a new numerical method of calculating rectangular busbar impedance is proposed. This method is based on integral equation method and partial inductance theory. Results for resistances and reactances for these systems of multiple rectangular conductors have been obtained. Skin and proximity effects have also been taken into consideration. The validation of the proposed method is carried out through FEM and laboratory measurements, and a reasonable level of accuracy is demonstrated.
Keywords:
rectangular busbar, high-current bus duct, impedance, analytical method
Article Details
Szczegielniak, T., Piątek, Z., & Kusiak, D. (2014). SELF AND MUTUAL IMPEDANCES OF RECTANGULAR BUS-BARS OF FINITE LENGTH. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 4(4), 21–24. https://doi.org/10.5604/20830157.1130173
