Pesc '91 record:
Gespeichert in:
| Körperschaft: | |
|---|---|
| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
New York, NY
Inst. of Electrical and Electronics Engineers
1991
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | 906 S. ILl., zahlr. graph. Darst. |
| ISBN: | 0780300904 0780300912 0780300920 |
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| 245 | 1 | 0 | |a Pesc '91 record |c 22nd annual IEEE Power Electronics Specialists Conference |
| 264 | 1 | |a New York, NY |b Inst. of Electrical and Electronics Engineers |c 1991 | |
| 300 | |a 906 S. |b ILl., zahlr. graph. Darst. | ||
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| 655 | 7 | |0 (DE-588)1071861417 |a Konferenzschrift |y 1991 |z Boston Mass. |2 gnd-content | |
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Datensatz im Suchindex
| _version_ | 1804120181920759808 |
|---|---|
| adam_text | Xfl Plenary Session
1
Co-Chair:
S. Dewan,
University of Toronto
K. Harada, Kyushu University
1.1
Series-Type Solid-State Static
VAR
Compensator, G.T.
Ooi, S.-Z.
Dai; McGill
3
University; Montreal, Canada
1.2
An Experimentally Verified IGBT Model Implemented in the Saber Circuit
*
Simulator, A. Hefner, Jr., National Institute of Standards and Technology; Gaithersburg,
MD;
D.M.
Diebolt, Analogy, Inc.; Beaverton, OR
.
1.3
A New Planar
Microtransformer
for Use in Micro-Switching-Converters, T. Yachi,
20
A. Tago, K. Yanagisawa, NTT Applied Electronics Laboratories; Tokyo, Japan; M.
Mino,
NTT Telecommunications; Tokyo, Japan
1.4
Capacitor Coupled Converter for High Power DC-DC Conversion, M. Ehsani,
27
M.O. Bilgic, S. Khan, Texas A&M University; College Station,
TX
1.5
Soft Switching AC/DC/AC converter with Current Freewheeling Circuit, B.O.
31
Woo, G.H. Cho, KAIST; Seoul, Korea
1.6
A Novel High Torque, Low Speed Switched Reluctance Machine, J.
Reinheit, 39
E.D. Smith, J.H.R. Enslin, University of Pretoria; Pretoria, South Africa
1.7
Analysis and Comparison of Real-Time Sine Wave Generation for PWM Circuits,
43
M. Mirkazemi-Moud,
B.W.
Williams, T.C. Green, Heriot-Watt University; Edinburgh,
Scotland
2.0
Modelling
&
Control
Τ
49
Co-Chair: P.T. Krein, University of Illinois
R. Wong, Consultant
2.1
Parameter Estimation Algorithm for Performance Fine Tuning of Switching DC
51
Power Supplies, J. Hsieh,
K. Vu,
C-C.
Liu, A. Yang, University of Washington; Seattle,
WA
2.2
Parameter and State Estimation in Power Electronic Circuits, S. Sanders, L.A.
Kamas, University of California-Berkeley; Berkeley, CA
2.3
Computer-Aided Identification of the Small-Signal Model of Power-Electronics
62
Systems, P. Maranesi, G. Naummi,
Politecnico di Milano;
Milan, Italy
2.4
Modelling of Switching Networks, H.R.
Visser, P.PJ.
van den Bosch, Delft 67
University of Technology, Delft, the Netherlands
2.5
Small-Signal Analysis Using Harmonic Balance Methods, J. Groves, Lexington,
74
KY
2.6
Application of the Time Varying Transfer Function Approach for Exact Small-
80
Signal Analysis, R. Tymerski, Portland State University; Portland, OR
3.0
Rectifîer/Tnverter
Technology I 89
Co-Chair: B.
Hazen,
Best Power Technology, Inc.
D. Schroder,
Technische
Universität München
3
.1 Variable
Capacitor Filter for Smoothing Rectifier Output, M. Darwish, P. Mehta,
Brand University; Middlesex, U.K.
3.2
A General Circuit Topology of Multilevel Inverter, N.S. Choi, J.G. Cho, G.H. 96
Cho, KAIST; Seoul, Korea
3.3
Snubbers in PWM
-VSI
-Inverter, F. Blaabjerg, University of Aalborg; Aalborg 104
East, Denmark
3.4
Three-Phase Current-Fed Active Power Filter by Optimized Injection Method, M.
112
Bou-Rabee,
D.
Sutanto,
F.M.
Rahman, University of New South Wales; Sydney,
Australia; G.-H. Cho,
Kon Kuk
University; Seoul, Korea
3.5
Large Capacity 3-Phase UPS with IGBT PWM Inverter, H. Ohshima, K.
117
Kawakami, Toshiba Corporation; Tokyo, Japan
3.6
A High Performance Current Source Inverter, G. Joos, G. Moschopoulos,
P.D. 123
Ziogas,
Concordia
University; Montreal, Canada
3.7
A Power Conditioner for 3-Phase Integral
S
tariert
Alter
noter
Osed
in Automobiles,
131
О.
Kittaneh, BirZeit University; Birzeit, West Bank
4.0
Soft Switching DC-DC Converters
137
Co-Chair: B. Cho,
VPI
&
SU
A. Witulski, University of Arizona
4.1
A 1.6kW,
110
kHz DC-DC Converter Optimized for IGBTs, T. Stuart, University
139
.
of Toledo; Toledo, OH; K. Chen,
REM
Technologies; Albany, NY
4.2
High Power and High Switching Frequency DC-to-DC Converter Using
Saturable
148
Inductor Commutation and Switched Snubber, K. Harada, H. Sakamoto, Kyushu
University; Fukuoka, Japan
4.3
Analysis and Design of
a Saturable
Reactor Assisted Soft-Switching Full-Bridge
155
DC-DC Converter, S. Hamada, Sanasha Electric Manufacturing Company Limited; Osaka,
Japan; M. Nakaoka, Kobe University; Japan
4.4
A Novel Self-Oscillating Synchronously-Rectified DC-DC Converter, S. Ben-
163
Yaakov, A. Abramovitz,
Ben-Gurion
University of the Negev; Beer Sheva, Israel
4.
S
Zero Voltage Switching on a Self-Oscillating DC to DC Converter with Magnetic
171
Feedback, J.A.
Ferreira, J.D.
van
Wyk, A.S.
de Beer,
Rand Afrikaans University;
Johannesburg, South Africa
4.6
High Frequency High Order Quasi-Square-Wave Converters, X.-Z. Zhang, S.-P. 177
Huang, Zhejiang University; Hangzhou, China
4.7
Diode as
Pseudo
Active Switch in High Frequency Narrowband DC-DC Converter,
182
W. Da Feng, Hangzhou Institute of Commerce; Hangzhou, China
5.0
ZVS DC-DC Converters
Co-Chair:
N.
Sokai,
Consultant
J. Uceda,
Universidade
Politecnica de Madrid
5.1
An Improved Zero-Voltage-Switched Resonant-Transition PWM Converter Using a
189
Saturable
Inductor,
G. Hua,
F.C.
Lee,
M.M.
Jovanovic,
VPI
&
SU; Blacksburg, VA
5.2
A Novel Zero-Voltage-Switched Multiresonant Converter, G.K. Schoneman, * 5
Rockwell International Corporation; Cedar Rapids, LA
5.3
A ZVS Dual Resonant Converter for Battery Charging Applications, H.L.N.
202
Wiegman;
General Electric; Schenectady, NY;
D.M.
Divan,
D.W.
Novotný,
University of
Wisconsin-Madison; Madison, WI; R. Mohan, Ford Motor Company; Dearborn, MI
5.4
A New Family of Isolated Zero-Voltage Switched Converters, R. Farrington,
209
M.M. Jovanovic, F.C. Lee; VPI&SU; Blacksburg,
VA
5.5
ADC Bus Commutated High Frequency Half Bridge PWM DC-DC Converter, E. 216
Morad,
P.D.
Ziogas, G.
Jóos, Concordia
University; Montreal, Canada
5.6
Zero-Voltage-Switched Push-Pull DC-DC Converter, M. Shoyama, K. Harada,
223
Kyushu University; Fukuoka, Japan
5.7
Static and Dynamic Analysis of Zero-Voltage-Switched Half-Bridge Converter with
230
PWM Control, T. Ninomiya,
N.
Matsumoto, M. Nakahara, Kyushu University; Fukuoka,
Japan
6.0
Resonant Inverters
Co-Chair: P.
Tenti,
University of
Padova
D.
Torrey, Worcester Polytechnic Institute
6.1
Novel Soft Switching PWM Converter using a New Parallel Resonant DC-Link,
J.G. Cho, H.S. Kim, G.H. Cho, KAIST; Seoul, Korea
6.2
The Auxiliary Quasi-Resonant DC Link Inverter, R.W. DeDoncker, J.P. Lyons,
248
General Electric Co.; Schenectady, NY
6.3
Dual-Flow Pulse Trimming Concept for a Series Resonant DC Link Power
254
Conversion, Y.
Murai,
S.G. Abeyratne, Gifu University; Gifu, Japan; T.A.
Lipo,
University of Wisconsin-Madison; Madison, WI; P.
Caldeira,
Marquip; Madison, WI
6.4
A True PWM Zero-Voltage Switching Pole with Very Low Additional RMS
261
Current Stress, I.
Barbi, D.C.
Martins,
Universidade
Federal
de Sta.
Catarina;
Florianópolis,
Brazil
6.5
Improving Control Strategies for HF Resonant Link Converters: the Current Mode
268
Predictive Modulator, J.F.
Silva,
B.V.
Borges,
V.
Anunciada, Universidade
Tecnica de
Lisboa;
Lisboa, Portugal
6.6
Optimum
Use of DC-Side Commutation in PWM Inverters, V.G. Agelidis,
P.D.
276
Ziogas, G.
Jóos, Concordia
University; Montreal, Canada
6.7
New Soft-Switching Phase-Shifted PWM High-Frequiency Inverter-Linked
283
Cycloconverter Incorporating Voltage-Clamped Quasi-Resonant Technique, H. Yonemori,
T.
Kominami,
A. Chibani, M. Nakaoka, Kobe University; Kobe City, Japan
7.0
Utility
Applications of Power Electronics
Co-Chair: H. Akagi, Nagaoka University of Technology
R.
Lasseter,
University of Wisconsin-Madison
293
7.1
Inner Phase Angle Control of Voltage Source Converter in High Power
Applications, L.
Lindberg,
Royal Institute of Technology; Stockholm, Sweden; L.
Angquist, ABB;
Vasteras,
Sweden
7.2
Solid State Reactive Power Modulation for Enhancement of Maximum Power
299
Transfer and Stability in an Interconnected Power System, B. Hussain, A.K. Behera,
Illinois Institute of Technology; Chicago,
IL
7.3
Adaptive Control of a TCR for Hybrid Compensators Using the Energy
306
Distribution Optimisation Approach, G.L. Van
Harmelen, J.H.R.
Enslin, University of
Pretoria; Pretoria, South Africa
7.4
Calculation of Transfer Functions for a Forced-Commutated Voltage-Source
314
Converter,
A. Ekström,
Royal Institute of Technology; Stockholm, Sweden
7.5
Digital Adaptive Control of a Three Phase Dynamic Power Filter Under
323
Unsymmetrical Loading Conditions, J.G.
Roos, J.H.R.
Enslin, University of Pretoria;
Pretoria, South Africa
ЗЯО
7.6
Harmonic Interaction of Power Systems with Static Switching Circuits, S.G. Mali,
R.H.
Lasseter,
University of Wisconsin-Madison; Madison, WI
7.7 400
MW SMES
Power Conditioning System Performance Requirements,
338
Configuration and Digital Simulation, I. Hassan,R.
Bucci,
K.T.
Swe
Ebasco
Services
Incorporated; New York, NY
8.0
Rectifier/Inverter PWM Techniques
Co-Chair: T. Habetler, Georgia Institute of Technology
R. Hoft, University of Missouri
8.1
Calculations on the Spectral Performance of Discrete Pulse Modulation Strategies,
357
A, Mertens, H.-Ch. Skudelny, RWTH Aachen University of Technology; Aachen,
Germany
8.2
A New Asynchronous PWM Method for a Three-Level Inverter, T. Marayama, M.
366
Kumano,
M.
Asniya, Mitsubishi Electric Co.; Hyogo, Japan
8.3
Minimizing the Current Harmonics RMS Value of Three-Phase PWM Converter
372
Systems by Optimal and
Suboptimal
Transition between Continuous and Discontinuous
Modulation, J.W.
Kolar,
H.
Erti, F.C.
Zach,
Technical University of Vienna; Vienna,
Austria
8.4
A New Control Strategy to Improve the Performance of PWM AC to DC Converter
382
Under Unbalance Operation, P. Enjeti,
S.A.
Choudhury, Texas A&M University; College
Station,
TX
8.5
A Pulse Frequency Modulated PWM Scheme for Sinusoidal Inverters, S. Fukuda,
390
Y. Iwaji, Hokkaido University; Sapporo, Japan
8.6
Harmonie
Imbalance in Asynchronous PWM Schemes, W.G. Dunford, University
397
of British Columbia; Vancouver, Canada; J.D. van
Wyk,
Rand Afrikaans University;
Johannesburg, South Africa
8.7
An Algebraic Algorithm for Generating Optimal PWM Waveforms for AC Drives, 402
J. Bian,
X. Tan, Zhejiang University; Hangzhou, China
9-0
Devices
Co-Chair: G. Busatto, IRECE
-
CNR
A. Hefner, National
Institue
of Standards
&
Technology
9.1
A Simple Power Diode Model with Forward and Reverse Recovery, C.L. Ma,
411
P.O.
Lauritzen,
University of Washington; Seattle, WA
9.2
Power MOSFETs Reverse Conduction Revisited,
A. Ferreira,
M.I. Castro
Simas,
416
CEAUTL
-
Instituto Nacional de
Investigação Cientifica; Lisboa, Portugal
9.3
A Mathematical Model
for Power MOSFET
Capacitances,
C.K. Ong,
P.O.
423
Lauritzen,
I. Budihardjo, University of
Washington;
Seattle, WA
9.4
Repetitive Switching Using
Thyristors
for High Energy and High dildt
430
Applications, V.A. Sankaran, J.L. Hudgins, University of South Carolina; Columbia, SC
4Ύ7
9.5
GTO Characterization for Zero Voltage Switching Applications, G.L. Skibinski,
э
D.M.
Divan, University of Wisconsin-Madison; Madison, WI
9.6
Characterization of GTOs Under Different Modes of Zero Current Switching, A.
444
Mertens, H.-Ch. Skudelny, RWTH Aachen University of Technology; Aachen, Germany;
P.
Caldeira,
Marquip; Madison, WI; T.A.
Lipo,
University of Wisconsin-Madison;
Madison, WI
9.7
Development of Large-Capacity
VBO
-Free Light-Triggered
Thyristors
and their
453
Application to SVC Valves, K. Itoh, Y. Tsunoda, Toshiba Fuchu Works; Tokyo, Japan;
K. Akabane, H. Kashiwazaki, Hitachi; Japan; S. Horiucni, Tokyo Electric Power Co.;
Tokyo, Japan
10.0
Resonant DC-DC Converters
Co-Chair: T. Ninomiya, Kyushu University
D. Luchaco, Lutron
Electie
Co., Inc.
10.1
A Three-Phase Resonant PWM DC-DC Converter, A.R.
Prasad,
MPB
463
Technologies Inc.;
Dorval,
Canada;
P.D.
Ziogas,
Concordia
University; Montreal, Canada;
S. Manias, National University of Athens; Athens, Greece
10.2
Comparative Study of Voltage-Mode Resonant Converters with Transformers, T.
474
Ninomiya, T. Higashi, Kyushu University; Fukuoka, Japan, M. Nakahara, Ariake
National College of Technology; Fukuoka, Japan
10.3
Analysis of the Series Resonant Converter Using a Frequency Domain Model, P.P.
Roy, S.R.
Doradla,
Indian Institute of Technology; Kanpur, India; S. Deb, Black
&
Decker; Baltimore, MD
10.4
Analysis, Design, and Optimization of a Secondary-Side Resonant Converter
Operating in the Discontinuous Capacitor Voltage Mode, M.M. Swamy,
Concordia
University; Montreal, Canada
10.5
Modified Quantum and Phase Control of Series Resonant Converter, W.H. Kwon,
G.H. Cho, KAIST; Seoul, Korea
10.6
Characterization and Comparison of Noise Generation for Quasi-Resonant and
504
Pulse-Width-Modulated Converters, L. Hsui, M. Goldman, A.F. Witulski, R. Carlsten,
W. Kerwin, University of Arizona; Tucson, AZ
10.7
A Parallel Resonant Converter with PWM Control: Analysis; Design and
510
Experimental Results, A.L.
Aguiar, Universidade
Federal da
Bahia;
Salvador, Brazil; I.
Barbi,
Universidade
Federal
de
Santa
Catarina; Florianópolis,
Brazil
11.0
Devices and Circuits
Co-Chair: P.
Lauritzen,
University of Washington
M. Nakaoka, Kobe University
11.1
Thermal Optimization in a Power Electronic Supply, F. Belaid,
A. Skórek,
Y.
519
Dube,
Universite du Quebec
a
Trois-Rivieres; Trois-Rivieres,
Canada
11.2
A MOS
Gate Drive
with Resonant Transitions, D. Maksimovic, University of
527
Belgrade,
Beograd,
Yugoslavia
11.3
A New SPICE Sub-Circuit
f
or the Power MOSFET Featuring Global Temperature
533
Options, WJ.
Hepp,
Harris Semiconductor Sector;
Mountaintop, PA;
CF. Wheatley,
Jr.,
Consultant; Drums, PA
11.4
Novel High Efficiency Base Drive Using Zero Voltage Switching Converter, H.S.
545
Kim, J.G. Cho, G.H. Cho, KAIST; Seoul, Korea
11.5
Comparison oflGBT s and HF-GTO s with Respect to High Frequency Inverter
551
Applications, G.
Bober, K.
Heumann,
Technische Universität
Berlin; Berlin, Germany
11.6
A New Gate Amplifier for High Power GTO
Thyristors,
H.
Matsuo,
F. 557
Kurokawa, Nagasaki University; Nagasaki, Japan; K.
Kida,
T.
Kishimoto,
T.
Koga,
Toyo
Electric Mfg.
Co. Ltd.; Kanagawa, Japan
11.7
A New Pattern of the Failure Prevention and Protection for the GTO Inverter, X.
562
He, W. Lin, Zhejiang University; Hangzhou, China
12.0
Control of Motor
Drives
Co-Chair:
G.
Cho,
KAISŢ
T.A.
Lipo,
University of Wisconsin-Madison
12.1
Determination of Converter Control Algorithms for Stable Brushless Doubly-Fed
571
Drives using Floquet and Lyapunov Techniques, R. Li, A. Wallace, R. Spec, Oregon State
University; Corvallis, OR
12.2
Control of Permanent Magnet AC Servo Motors without Absolute Rotor Position
578
Transducers, D.-I. Kim, J.-W. Lee, S. Kim, Samsung Electronics; Suwon City, Korea
12.3
Real-Time
Estimation of Induction-Motor Rotor Time Constant Based on
586
Discretised Rotor-Frame Model, S.K. Tso, K.H. Tang, H. Zhang, University of Hong
Kong; Hong Kong
12.4
Time Domain Characteristics of Sliding Observer for Flux Estimation of Induction
591
Motor and its Implementation, S. Sangwongwanich, T. Yonemoto, S. Okuma, Nagoya
University; Nagoya, Japan
12.5
Multi-Stage Speed and Parameter Estimation for Induction Machines, K.
Minami,
596
M.
Velez-Reyes,
G.C.
Verghese, Massachusetts Institute of Technology; Cambridge, MA;
D.
Elten,
D.
Filbert, Technische
Universität
Berlin; Berlin, Germany
12.6
Parameter Sensitivity of Indirect Universal Field Oriented Controllers,
R.W. °
DeDoncker, General Electric Co.; Schenectady, NY
12.7
LQG/LTR Robust Control of an AC Induction Servo Drive, H.-J. Wu, Y.-Y. 613
Tzou, National Chiao Tung University; Taiwan, R.O. China
12.8
Dual Decay Converter for Switched Reluctance Motor Drives in Low Voltage
620
Applications, M. Ehsani,
L
Húsain, K.R.
Ramani, Texas A&M University; College
Station,
TX;
J.H.
Galloway, J.H. Galloway
&
Associates; Brookfield, CT
13.0
Magnetics
Co-Chair: G.R.
Skutt,
Digital Equipment Corportation
P.S.
Venkatraman, Digital Equipment Corporation
13.1
Domain Wai I Resonance and Its Effect on Losses in Ferrites
,
P.M. Gradzki, F.C.
627
Lee, VPI&SU;
Blacksburg,
VA
13.2
A Calorimetrie
Method for Measurement of Total Loss in Power Transformers, J.
633
Bowman, R.
Caseio,
M.
Sayani, Digital Equipment Corporation; Maynard, MA; T.
Wilson, Sr., Duke University; Durham, NC
13.3
DC Current Sensor for PWM Converters, A.W. Kelley, J.E. Titus, North Carolina 641
State University; Raleigh, NC
13.4
Calculation of Short Circuit Impedance and Leakage in Transformer Windings,
651
W.G. Hurley,
P.S.
McNamara, University of Limerick; Limerick, Ireland;
DJ. Wilcox,
University College, Galway, Ireland
13.5
Transfer Function and Calculation of Parameters
for a
High Frequency
Multiwinding Transformer, L. Heinemann, R. Ullrich, H. Grotstollen, University of
Paderborn; Paderborn,
Germany
13.6
Effect of Height on Power Density in High-Frequency Transformers, K.D.T.
667
Ngo, R.S. Lai, University of Florida; Gainesville, FL
13.7
High Frequency Inductor Design Concepts, W.M. Chew,
P.D.
Evans, WJ.
673
Heffernan, University of Birmingham; Birmingham, U.K.
14.0
IVfotor Drive Systems
Co-Chair: J. Enslin, University of Pretoria
M. Ehsani, Texas A&M University
14.1
The Universal Field Oriented (UFO) Controller Applied to Wide Speed Range
681
Induction Motor Drives, R. DeDoncker, General Electric Co.; Schenectady, NY; F.
Profumo, A. Tenconi, Politecnico di
Torino; Torino, Italy
14.2
Analytically Unravelling Inverter Output Currents, A. Veltman, P-PJ. van den
687
Bosch, W. Deleroi, Delft University of Technology; Delft, the Netherlands
14.3
Torque Analysis of Permanent Magnetic Synchronous Motors, A.K. Adnanes,
695
Norwegian Institute of Technology;
Trondheim,
Norway
14.4
Torque Ripple Reduction for Brushless DC Motor Speed Control System, S.T.
702
Kwok, C.K. Lee, Hong Kong Polytechnic; Hung Horn, Hong Kong
14.5
Analysis of Static and Dynamic FG Errors for Motor Speed Control (Driven by a
707
Single Hall Element Sensor), H. Jonokuchi, S. Hashimoto, Y. Nagasaki, Toshiba;
Nagoya, Japan
15.0
Modelling
&
Control IT
Co-Chair: P. Maranesi,
Politecnico di Milano
T. Sloane,
Bucknei! University
15.1
Using a Discrete-Time Model for Large-Signal Analysis of a Current-Programmed
715
Boost Converter, S. Pavljasevic, Institute of Physics; Belgrade, Yugoslavia; D.
Maksimovic, University of Belgrade; Belgrade, Yugoslavia
15.2
A Nonlinear Large-Signal Feedback Control for Two-State DC-DC Converters, 722
C.K. Tse,
K.M.
Adams, University of Melbourne; Victoria, Australia
15.3
A Discrete Time Domain Modelling and Analysis of Controlled Parallel Resonant
730
Converter, M.-G. Kim, J.-H. LeeJ.-H.
Ko,
M.-J.
Youn, KAIST; Seoul, Korea
15.4
A Large Signal Computer Model for the Series Resonant Converter, A.F.
732
Hernandez, R.W. Erickson, S. Chwirka, P. Anderson, University of Colorado at Boulder,
Boulder, CO
15.5
Modeling and Improved Current Control of Series Resonant Converter with
Non-
745
Periodic Integral Cycle Mode, J.H.
Ko,
S.S.
Hong, MJ. Youn, KAIST; Seoul, Korea
15.6
Optimal Trajectory Control of Series Resonant Converter Using Modified Capacitor 752
Voltage Control Technique, S. Sivakumar, K.B. Electronics Ltd.; Bedford, Canada; K.
Natarajan, Lakehead University; Thunderbay, Canada; A.M. Sharaf, University of New
Brunswick; Fredericton, Canada
|6.0
Power Electronics Technology
Co-Chair: R. DeDoncker,
Generai
Electric Corporation
K. Heumann,
Institut fur
Allgemeine
Elektrotechnik
16.1
An Improved PWM Optimization Method for a Reactive Power Compensator with
Self-Commutated Inverter, D. Wuest,
ΕΤΗ
Zurich; Zurich, Switzerland
16.2
A Fast-Response High Power Factor Converter with a Single Power Stage, M.
769
Kheraluwala, General Electric Corp.; Schenectady, NY; R.L.
Steigerwald,
General Electric
Corp.; Schenectady, NY; R. Gurumoorthy, University of California-Berkely; Berkeley,
CA
16.3
Improving Power Factor in Distributed Power Supply Systems Using PWM and
ZCS-QR
Sepie
Topologies, J. Sebastian, J. Uceda, J.A.
Cobos,
J.
Arau,
F.
Áldana,
Universidad
Politecnica de Madrid; Madrid,
Spain
16.4
Ripple Feedback, for the Resonant-Filter Rectifier
S.A.
Streng,
General Electric
Co.; Erie, PA;
RJ.
King, University of Toledo; Toledo, OH
16.5
Miniaturization of Isolated Gate Drive Circuit by Means of Megahertz-Switching
800
Converter, T. Ninomiya, Y. Tanizoe, Kyushu University; Fukuoka, Japan; T. Manabe, M.
Ito, Aichi
Keiso Corporation; Komaki, Japan
16.6
A Triple Low-Side Driver Power
1С
with Regulation and Microprocessor Interface
806
Control, F.L.
Thiel,
Texas Instruments Incorporated; Dallas,
TX,
L. Hach,
Delco
Electronics Corporation; Kokomo, IN
16.7
High Accuracy Magnet Power Supply for Proton Synchrontron by Repetitive
812
Control, H. Sato, T.
Sueno,
T. Toyama, M. Mikawa, T.
Toda,
National Laboratory for
High Energy Physics; Tsukuba-shi, Japan; S. Matsumoto, Dokyo University School of
Medicine; Kobayashi, Japan
Д,7-0
Rectifier/Inverter Technology II
Co-Chair: P. Enjeti, Texas A&M University
G.
Jóos, Concordia
University
17.1
Novel Strategy for Control of Cycloconverters, T. Thomson, A. Karamat, P.
819
Mehta, Brunei University, Middlesex, U.K.
17.2
Analysis of Non-Ideal Step Down Matrix Converter Based on Circuit DQ
825
Transformation, W.H. Kwon, Kyung-pook National University; Teagu, Korea; G.H.
Cho, KAIST; Seoul, Korea
17.3
A New Class of Current-Controlled Suppressed-Link AC to AC Frequency
830
Changers, G. Joos, N.R. Zargari,
P.D.
Ziogas,
Concordia
University; Montreal, Canada
17.4
Asymmetrical PWM AC Chopper to Improve the Input Power Factor, D.-H. Jang,
838
J.-S. Won, J.-W. Song, Hoseo University, Asan-Kun, Korea
17.5
A Compact
ACI
AC Voltage Regulator Based on an
ACI
AC High Frequency 846
Flyback Converter, I.
Barbi,
J.C. Fagundes,
E.V. Kassick,
Universidade Federal
de
Sta.
Catarina; Florianópolis,
Brazil
17.6
Characterization of Transient Operation Modes for a
3
-Phase Controlled Rectifier
853
under Open-Loop Predictive Ride-Through Control, E.P. Nowicki, S.B. Dewan, A.S.
Sedra, University of Toronto; Toronto, Canada
18.0
Modelling
&
Control III
Co-Chair:
К.
Ngo,
University
of
Florida
J. ThottuvelH,
Digital
Equipment
Corporation
18.1
A Microprocessor-Based Switching
Power
Converter Test Bed,
Р.Т.
Krein, R.K.
861
Baphna, University of Illinois;
Urbana,
Π¬
Ι
8.2
The Stacked Power System
-
A New Power Conditioning Architecture for
867
Mainframe Computer Systems, B. Choi, B.H. Cho, R.B. Ridley,
F.C. Lee, VPI&SU;
Blacksburg,
VA
18.3
Dynamic Current Distribution Controls of a Parallel Connected Converter System,
8 75
C.Q. Lee, K.
Siri,
T.F.
Wu, University of Illinois at Chicago; Chicago, EL
18.4
Large-Signal Design Alternatives for Switching Power Converter Control, R.M. °
82
Bass, Georgia Institute of Technology; Atlanta,
GA; P.T.
Krein, University of Illinois;
Urbana, IL
18.5
One-Cycle Control of Switching Converters,
K. S
medley, S. Cuk, California
Institute of Technology; Pasadena, CA
18.6
Small-Signal High-Frequency Analysis of the Free-Running Current-Mode
897
Controlled Converter, R.
Redl,
ELFI S.A.;
Onnes, Switzerland
Author Index
907
Conference
Author
Index
Abeyratne,
S. G.
254
Abramovitz, A.
163
Adams,
K.M. 722
Adnanes, A. K.
695
Agelidis,
V.
G.
276
Aguiar,
A. L.
510
Akabane.K.
453
Áldana,
F.
780
ABderson, P.
737
Angquist, L.
293
Anunciada,
V.
268
Arau, J.
780
Ashiya, M.
366
В
Baphna,
R. K.
861
Barbi, I.
261, 510, 846
Bass,
R. M.
882
Behera, A. K.
299
Belaid,
F.
519
Ben-Yaakov, S.
163
Bian, J.
402
Bilgic, M. O.
27
Blaabjerg, F.
104
Bober, G.
551
Borges, B.V.
268
Bou-Rabee,
M.
112
Bowman, J.
633
Bucci, R.
338
Budihardjo, I.
423
Caldeira,
P.
254, 444
Carlsten,
R.
504
Caseio, R.
633
Castro
Simas,
M. I.
416
Chen,
К.
139
Chew,
W.
M.
673
Olibani, A.
283
Cho,
Β. Η.
Cho, G. H.
825
Cho, G.-H.
112
Cho, J. G.
96,241,545
Choi,
В.
867
Choi,
N.
S.
96
Choudhury,
S. A.
382
Chwirka,
S.
737
Cobos,
J.
Α.
780
Cuk,
S.
888
867
31, 96, 241, 498, 545,
D
Da Feng, W.
Dai, S.-Z.
3
Darwisà, M.
Deb, S.
482
de
Beer,
A. S.
182
91
171
DeDoncker, R. W.
248, 605, 681
Deleroi, W.
687
Dewan, S. B.
853
Diebolt, D. M.
10
Divan,
D. M.
202, 437
Doradla,
S. R.
482
Dube,
Y.
519
Dunford,
W.
G.
397
E
Ehsani,
M.
27, 620
Ekström,
Α.
314
Elten,
D.
596
Enjeti, P.
382
Enslin,
J. H. R.
39, 306, 323
Erickson,
R. W.
737
Erti,
H.
372
Evans,
P. D.
673
Fagundes,
J.
С.
846
Farrington, R.
209
Ferreira,
Α.
416
Ferreira,
J.
Α.
171
Filbert,
D.
596
Fukuda, S.
390
G
Galloway,
J. H.
620
Goldman, M.
504
Gradzki, P. M.
627
Green,
T. C.
43
Grotstollen, H.
659
Groves,
J.
74
Gurumoorthy, R.
769
H
Hach, L.
805
Hamada, S.
155
Harada, K.
148, 223
Hashimoto,
S.
707
Hassan, I.
338
He,
X.
561
Hefferman,
W.
J.
673
Hefner, A.
,
Jr.
10
Hememann, L.
659
Hepp,
W.
J.
533
Hernandez,
A.
F. 737
Heumann,
К.
551
Higashi,
T.
474
Hong, S. S.
745
Horiuchi, S.
453
Hsieh.J.
51
Hsui, L.
504
Hua, G.
189
Huang, S.-P.
177
Hudgins, J. L.
430
Hurley, W.
G.
651
Húsain,
I.
620
Hussain, B.
299
Ito,
M.
799
Itoh, K.
453
Iwaji, Y.
390
Jalali, S. G.
330
Jang, D.-H.
838
Jonokuchi, H.
707
Joos, G.
123, 216, 276, 830
Jovanovic, M. M.
189, 209
К
Kamas, L. A.
57
Karamat, A.
819
Kashiwazaki, H.
453
Kassick, E.
V.
846
Kawakami, K.
117
Kelley, A.W.
641
Kerwin, W.
504
Khan, S.
27
Kheraluwala, M.
769
Kida,
К.
556
Kim, D.-I.
578
Kim,
H. S.
241,545
Kim, M.-G.
730
Kim,
S.
578
King,
R. J.
791
Kishimoto, T.
556
Kittaneh,
О.
131
Ко,
J. H.
730,745
Koga,
T.
556
Kolar,
J. W.
372
Kominami,
T.
283
Krein.P.
T.
861,882
Kumano,
M.
366
Kurokawa,
F. 556
Kwok,
S. T.
702
Kwon.W.
H.
498,825
Lai, R. S.
667
Lasseter,
R. H.
330
Lauritzen,
Р. О.
411, 423
Lee, C. K.
702
Lee, C. Q.
875
Lee, F. C.
189, 209, 627, 867
Lee, J.-H.
730
Lee,J.-W.
578
Li,
R.
571
Lin,W.
561
Lindberg,
L.
293
Lipo,
T. A.
254,444
Liu, C.-C.
51
Lyons,
J. P.
248
M
Ma,
C. L.
4И
Maksimovic, D.
527,715
Manabe,
T.
799
Manias, S.
463
Maranesi,
P.
62
Martins, D,
С.
261
Maruyama, T.
366
Matsumoto,
N. 230
Matsumoto, S.
811
Matsuo, H.
556
McN
amara,
P. S.
651
Mehta, P.
91, 819
Mertens, A.
357,444
Mikawa, M.
811
Minami,
К.
596
Mino,
M.
20
Mirkazemi-Moud, M.
43
Mohan, R.
202
Morad,
Б.
216
Moschopoulos, G.
123
Murai, Y.
254
N
Nagasaki, Y.
707
Nakahara, M.
230,474
Nakaoka, M.
155, 283
Natarajan, K.
752
Naummi, G.
62
Ngo,
K. D.
T.
667
Ninomiya, T.
230, 474, 799
Novotný,
D. W.
202
Nowicki,
Б. Р.
853
О
Ohshima,H.
117
Okuma, S.
591
Ong,
С. К.
423
Ooi,
G. T.
З
Pavljasevic, S.
715
Prasad,
A.
R.
463
Profumo,
F. 681
R
Rahman,
F.
M.
112
Ramani,
K. R.
620
Redl,
R.
897
Remhert, J. 39
Ridley,
R. B.
867
Roos,
J. G.
323
Roy, P. P.
482
Sakamoto,
H.
148
Sanders,
S.
57
Sangwongwanich, S.
591
Sankaran,
V.
A.
430
Sato,
H.
811
Sayani, M.
633
Schoneman, G. K.
195
Sebastian, J.
780
Sedra, A. S.
853
Sharaf, A. M.
752
Shoyama, M.
223
Silva,
J. F.
268
Siri, K.
875
Sivakumar, S.
752
Skibinski, G. L,
437
Skórek,
Α.
519
Skudelny,
Н.-С.
357, 444
Smedley, K.
888
Smith, E. D.
39
Song, J.-W.
838
Spee, R.
571
Steigerwald, R.
L.
769
Streng,
S. A,
791
Stuart,
T.
139
Sueno,
T.
811
Sutan
to, D.
112
Swamy, M. M.
490
Swe,
К. Т.
338
Tago,
Α.
20
Tan,
X.
402
Tang,
Κ. Η.
586
Tanizoe.Y.
799
Tenconi, A,
681
Thiel, F. L, 805
Thomson,
T.
819
Titus,
J. E.
641
Toda,
T.
811
Toy
ama,
T.
811
Tse.C.
К.
722
Тѕо,
S. K.
586
Tsutioda,Y.
453
Tymerski, R.
80
Tzou.Y.-Y.
613
U
Uceda, J.
780
Ullrich,
R.
659
van den Bosch, P. P. J.
67, 687
Van
Harmelen,
G. L.
306
van
Wyk,
J. D.
171,397
Velez-Reyes, M.
596
Veltman, A.
687
Verghese, G. C.
596
Visser, H.
R.
67
Vu,
K.
51
W
Wallace, A.
571
Wheatley, C. F.
,
Jr.
533
Wiegman,
H. L. N.
202
Wilcox, D. J.
651
Williams,
B.W. 43
Wilson,
T. ,Sr.
633
Wituiski, A. F.
504
Won.J.-S.
838
Woo,
B. O.
31
Wu, H.-J.
613
Wu, T. F.
875
Wuest, D.
763
Yachi, T.
20
Yanagisawa, K.
20
Yang,
A.
51
Yonemori, H.
283
Yonemoto, T.
591
Youn, M. J.
730, 745
Zach,
F. C.
372
Zargari, N. R.
830
Zhang,
H.
586
Zhang, X.-Z.
177
Ziogas, P. D.
123, 216, 276, 463
830
|
| any_adam_object | 1 |
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| author_facet | PESC Cambridge, Mass |
| author_sort | PESC Cambridge, Mass |
| building | Verbundindex |
| bvnumber | BV005981349 |
| callnumber-first | T - Technology |
| callnumber-label | TL1100 |
| callnumber-raw | TL1100 |
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| dewey-search | 621.3104 |
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| discipline | Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik |
| format | Conference Proceeding Book |
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| id | DE-604.BV005981349 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:38:01Z |
| institution | BVB |
| institution_GND | (DE-588)5058905-2 |
| isbn | 0780300904 0780300912 0780300920 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003755998 |
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| physical | 906 S. ILl., zahlr. graph. Darst. |
| publishDate | 1991 |
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| publisher | Inst. of Electrical and Electronics Engineers |
| record_format | marc |
| spelling | PESC 22 1991 Cambridge, Mass. Verfasser (DE-588)5058905-2 aut Pesc '91 record 22nd annual IEEE Power Electronics Specialists Conference New York, NY Inst. of Electrical and Electronics Engineers 1991 906 S. ILl., zahlr. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Power electronics Congresses Leistungselektronik (DE-588)4035235-3 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 Boston Mass. gnd-content Leistungselektronik (DE-588)4035235-3 s DE-604 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003755998&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Pesc '91 record Power electronics Congresses Leistungselektronik (DE-588)4035235-3 gnd |
| subject_GND | (DE-588)4035235-3 (DE-588)1071861417 |
| title | Pesc '91 record |
| title_auth | Pesc '91 record |
| title_exact_search | Pesc '91 record |
| title_full | Pesc '91 record 22nd annual IEEE Power Electronics Specialists Conference |
| title_fullStr | Pesc '91 record 22nd annual IEEE Power Electronics Specialists Conference |
| title_full_unstemmed | Pesc '91 record 22nd annual IEEE Power Electronics Specialists Conference |
| title_short | Pesc '91 record |
| title_sort | pesc 91 record |
| topic | Power electronics Congresses Leistungselektronik (DE-588)4035235-3 gnd |
| topic_facet | Power electronics Congresses Leistungselektronik Konferenzschrift 1991 Boston Mass. |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003755998&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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