INTELEC 91:
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: | XVI, 734 S. Ill., graph. Darst. |
| ISBN: | 0879426705 0879426713 0879426721 |
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| 245 | 1 | 0 | |a INTELEC 91 |c Thirteenth International Telecommunications Energy Conference, November 5 - 8, 1991, Kyoto Grand Hotel, Kyoto, Japan |
| 264 | 1 | |a New York, NY |b Inst. of Electrical and Electronics Engineers |c 1991 | |
| 300 | |a XVI, 734 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Literaturangaben | ||
| 650 | 4 | |a Telecommunication |x Power supply |v Congresses | |
| 650 | 4 | |a Telephone |x Power supply |v Congresses | |
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Datensatz im Suchindex
| _version_ | 1804120136555167744 |
|---|---|
| adam_text | TABLE
OF
CONTENTS
SESSION
1
PLENARY
SESSION
:
VIEWS ON
FUTURE TELECOMMUNICATIONS
ENERGY
Wednesday. November
6. 1991
9:15
am
- 10:40
am
Shuniu Room
1-1
Chairpersons
R E
Jurewicz
National Power Lab USA
К
Yotsumoto
NTT Labs
,
Jaoar
TRIALS AND TRIBULATIONS OF POWERING END-LOOP
ELECTRONICS
T M
Taylor
Bellcore. USA
3-5
3-6
3-7
THE AT&T LENEAGE
2000
ROUND CELL REVISITED
: 32
LESSONS LEARNED
;
SIGNIFICANT DESIGN CHANGES
;
ACTUAL FIELD PERFORMANCE VS. EXPECTATIONS
R. V. Biagetti
ATST Bell Labs.. USA
DEVELOPMENT OF ELEMENTAL TECHNOLOGIES FOR THIN
37
SEALED LEAD-ACID BATTERY
A. Komaki and T. Hayakawa
Shin-Kobe Electric Machinery Co.. Ltd.. Japan
HIGH-CAPACITY THIN SEALED LEAD-ACID BATTERY
T. Horie. M. Takahashi. H. Hirayama and T. Ogata
NTT Interdisciplinary Research Labs. Japan
45
1-2
FUTURE TRENDS IN THE DEVELOPMENT OF BATTERIES
FOR TELECOMMUNICATIONS AND ELECTRONIC APPARATUS
Z Takehara
Kyoto Univ. Japan
SESSION
4
PV AND NEW DC POWER SCHEMES
SESSION
2
KEYNOTE ADDRESS
Wednesday. November
6. 1991
Chairpersons
10:55
am
- 12:10
pm
Shuniu Room
C O. Riddleberger
Consultant
.
USA
K Harada
Kyushu Univ.. Japan
2-1
A VIEW TOWARD TELECOMMUNICATIONS SERVICES
&
NETWORKS INTO THE
21
ST CENTURY
H Yamaguchi
NTT. Japan
SESSION
3
LEAD-ACID BATTERIES
Wednesday. November
6, 1991
2:00
pm
- 5:10
pm
í
Break
3:40 - 3:55
pm)
H. A. Kiehne
Vana Batterie.
Germany
Momiji Room
Chairpersons
J. Yamaki
NTT. Japan
3-1
A DECADE OF PROGRESS WITH VALVE-REGULATED
8
LEAD-ACID BATTERIES
G. J.
May
Hawker BaMeries Ltd.. UK
3-2
VALVE-REGULATED LEAD-ACID BATTERIES FOR STAND BY
14
POWER APPLICATION
A. I. Harrison
Chloride Industrial Batteries, UK
3-3
EXPERIMENTS ON THERMAL RUN-A-WAY AND ITS
20
MANAGEMENT FOR ELECTROLYTE IMMOBILIZED LEAD-ACID
BATTERIES
F. J. Vaccaro and
R. E.
Landwehrte
ATST Bell Labs., USA
Î-4
VALVE REGULATED BATTERIES
■
LOSSES OF WATER AND
26
HYDROGEN THROUGH THE VALVES AND THE BATTERY
CONTAINERS AT ELEVATED TEMPERATURES
G. Karlsson
Cateto
Generics AB.
Sweden
Wednesday.
2:00
pm
- 5:10
pm
Room
(Break
3:40 - 3:55
pm)
С
Boije
Swedish Telecom, Sweden
November
6, 1991
Chairpersons
S. Kuwajima
NASDA, Japan
4-1
POWERING ISSUES IN AN OPTICAL FIBRE CUSTOMER
51
ACCESS NETWORK
D.
Kuhn.
E. Lo
and
T. Robbins
Telecom
Australia, Australia
4-2
AN OPTION FOR POWERING ONUS IN FIBER-IN-THE-LOOP
59
SYSTEMS WITH SOLAR ASSISTANCE
K.
Mistry.
R.
Estes, T.
Taylor
and T. Kimsey
Bellcore, USA
4-3
POWER APPLICATIONS FOR NON-CENTRAL OFFICE
65
APPLICATIONS IN THE UNITED STATES A TUTORIAL
H.
N.
Wemtrob
New England Telephone. USA
4-4
FIELD INVESTIGATION OF A PHOTOVOLTAIC POWER
70
SYSTEM FOR A TELECOMMUNICATIONS SYSTEM
Y. Kawagoe. K. Nakamura. D. Ikeda and S. Torigoe
NTT Network Systems Development Center, Japan
4-5
FAULT ISOLATION WITHIN POWER DISTRIBUTION SYSTEMS
74
E. S. Lee and A. S. Herbert Jr.
AT&T Bell Labs.. USA
4-6
POWER DISTRIBUTION OF PARALLELED MAINS BY
80
TEMPERATURE CONTROL
R.
Janssen,
W.
Kletfner and H. Meschede
Siemens
Nixdorf
Informationssysteme
AG,
Germany
4-7
NOVEL TECHNIQUE FOR IMPROVED POWER CONVERSION
86
EFFICIENCY IN PV SYSTEMS
WÍTH
BATTERY BACK-UP
D. B. Snyman and J. H. R. Enslin
ESKOM. South Africa
IX
SESSION 5 POWER
CONVERSION TECHNIQUES
Wednesday Novembe-
6. 99
2:00
Dm
- 510
pm
Вгеак
3Ί0
- 355
от)
Chairpersons
R
Oftenhof
PTT Telecom BV.
The Netherlands
Matsu Room
T
Nabeshima
Oita Univ.. Japan
5-1
A NEW LIGHT-WEIGHT 100A48V THREE-PHASE RECTIFIER
92
N
Bäckman
and
H
Tho Slund
Encsson Components
AB
Sweden
5-2
NEW LARGE TRANSPORTABLE POWER SUPPLY
98
EQUIPMENT FOR TELECOMMUNICATIONS SYSTEMS
S. Isiizuka and
K
Tanaka
NTT Metwo^k Systems
Development
Center. Japan
5-3
ANALYSIS OF THE CURRENT RUNAWAY PHENOMENON
105
IN THE OVERCURRENT LIMITED MODE OF THE DC-DC
CONVERTER WITH CURRENT-INJECTED CONTROL
H
Matsuc F Kurokawa
ano
K. Tanaka
Nagasaki Univ.. Japar
5-4
A HIGH-VOLTAGE-INPUT CONVERTER OPERATING AT
111
200kHz
S
OntSL. H. Isb i. T. Van-.ask1a ar-d
T Sugiura
NV Inte discipma y Researc Labs
.
Jaoa
5-5
SWEPT CW MEASUREMENTS AS A TOOL FOR SYSTEM
118
EMC ASSESSMENT
L
!
Sundberg
and
K G. Lövstrand
Swedish Te ecom Sweden
5-6
A HIGH-EFFICIENCY 30-W BOARD MOUNTED POWER
122
SUPPLY MODULE
N.
Murakami,
j
Asoti
К
Sakakibara and T.
Vachi
N^ Interdisciplinary Research Labs. Japan
5-7
AN ANALYSIS OF MULTI-OUTPUT CHOPPER TYPE
CONVERTER
H
Sato and
M
Ohshima
Sh Hdengen Electric Mfg. Co.. Ltd
.
Japan
SESSION
6
RESONANT CONVERTERS I
Wednesoay Novemoer
6.
9S
128
Sakura Room
134
138
2:00
prr
- 445
pm
Break
3 5 -
3.3C
orr;
Chairpersons
N
Osifcnm
T Koyashíki
Consultant USA NTT Labs. Japai
6-1
CONTROL OF VOLTAGE RESONANCE TYPE POWER
SUPPUES BY AN AUXILIARY SWITCH
T
Ónodéra
Toshiba
Соф..
Japan
6-2
STATIC CHARACTERISTICS Of THE THREE LEVEL
CLAMPED QUASI-RESONANT CONVERTER
T
Sato
T
Higasm
T
Nakano
antì
K Harada
Oita Univ
Japa
6-3
REDUCTION OF POWER LOSS IN VOLTAGE RESONANT
145
CONVERTER
T
Krtaiima. Y. Smada and
T
Kobayash;
NEC Corp. Japan
6-4
REDUCED-RESONANT-CURRENT ZERO-VOLTAGE-SWITCHED
151
FORWARD CONVERTER WITH UNSATURATED-REGION
RESONANCE OF
SATURABLE
INDUCTOR
R.
Sarto
and
S
Ushiki
Ongin Electnc Co.. Ltd Japan
6-5
FERRORESONANT CIRCUIT ANALYSIS IN A THREE-
159
DIMENSIONAL STATE SPACE
j R
Ellis
ano
T
G
Wilson
Unti
of Souther Maine
.
USA
6-6
ANALYSIS OF FERRORESONANT TYPE DC POWER
167
SUPPLY CONTROLLED BY FULLY MAGNETIC TECHNIQUE
T
Katanę,
M.
Fuwa and
Y. Sakaki
Chiba
Univ.,
Japan
SESSION
7
BATTERY MONITORING
Thursday, November
ľ.
1991
9:00
am
- 12:10
pm
Morniji Roorr
(Break
10:40 - 10:55
am)
Chairpersons
D. O Feder
I, Matsumoto
Electrochemical
Energy
Storage
Matsushita
Battery
Ind
.
Systems.
Inc., USA Co. Ltd..
Japan
7-1
THE NEED FOR BATTERY
MONITORING
171
J. R.
Parsons
and P. Sanctury
British
Telecom. UK
7-2
A MICROCOMPUTER-BASED BATTERY
MANAGEMENT
177
SYSTEM
Z. Noworolski and E. Praetzel
Polytromcs
Eng.
Ltd. Canada
7-3
MONITORING
OF STATIONARY VALVE REGULATED LEAD
181
ACID BATTERIES
D.
Berndt.
E.
Meissner.
F. J. Kruger and
R Luetkehoelter
Varta
Batterie,
Germany
7-4
MIDDLE
POINT
VOLTAGE COMPARISON AS A SIMPLE AND
189
PRACTICAL BUT EFFECTIVE WAY TO ENSURE BATTERY
SYSTEM S CAPACITY TO PERFORM
A. Glad, P. Waltari and T. Suntio
Telecom Finland. Finland
196
7-5
INDIVIDUAL CELLVOLTAGE EQUALIZERS ICE FOR
RELIABLE BATTERY PERFORMANCE
B, Lindemark
Ericsson Components
AB,
Sweden
7-6
A LIFE INDICATOR OF STATIONARY TYPE SEALED
202
LEAD-ACID BATTERY
M. Yamanaka, K. Ikuta. T. Matsui.
H
Nakashima and
Y
Tomokum
Yuasa Battery Co.. Ltd.. Japan
7-7
BATTERIES AND ENVIRONMENTAL REQUIREMENTS
209
H. A. Kiehne
Varta
Batterie AG.
Germany
SESSION
8
DC AND AC POWER SYSTEMS
Thursday. November
7 1991
9:00
am
- 12.10
pm Ume
Room
(Break
10:40 - 10:55
am;
Chairpersons
J. Woolley M. Monkawa
British Telecom, UK Shmdengen Electnc Mfg Co
Ltd Japan
8-1
TRANSIENT VOLTAGE CHARACTERISTICS IN A
214
DECENTRALIZED DC POWER SYSTEM
S. Muroyama.
N.
Suzuki, K. Mizuguchi. Y. Kuwata and S. Furubo
NTT Network Systems Development Center. Japan
8-2
ANALYSIS AND DESIGN OF MULTI-STAGE DISTRIBUTED
220
POWER SYSTEMS
B. H. Choand B. Choi
Virginia Polytechnic Institute and State Univ., USA
8-3
NEW POWER SUPPLY STRUCTURE FOR TELECOM
227
EQUIPMENTS TOWARD A UNIQUE LEVEL OF CONVERSION
D. Marquet and
J
Girard
France Telecom. France
8-4
CENTRALISED DC POWER PLANT
-
A CONTINUING
233
OPERATIONAL REQUIREMENT
J. W.
Alger
British Telecom. UK
8-5
DIGITAL TYPE POWER-FAILURE DETECTOR WITH WIDE
238
AC FREQUENCY RESPONSE
I. Harada.
F
Ueno. T. Inoue and I. Oota
Kumamoto Univ., Japan
8-6
THE DEVELOPED AC POWER SYSTEM FOR THE
244
SATELLITE COMMUNICATIONS SYSTEMS
K. Hontaka and T. Kurane
KDD, Japan
8-7
TELECOMMUNICATIONS POWER
1991 -
IMPACT OF
250
DEREGULATION
:
A NEW NATIONAL POWER STANDARD
FOR TELECOMMUNICATIONS
R.
N.
K. Thuan
Telecom Australia. Australia
SESSION
10
RESONANT CONVERTERS
Π
SESSION
9
CONVERTER CONTROL
Matsu Room
Thursday. November
7, 1991
9:00
am
- 12:10
pm
(Break
10:40 - 10:55
am)
Chairpersons
C. E. Harm K. Kuwabara
AT&T Bell Labs., USA Fujitsu Ltd., Japan
9-1
NONLINEAR CONTINUOUS TIME CONTROL OF A
256
BIDIRECTIONAL COUPLED-INDUCTOR CUK CONVERTER
J.
Majo.
L.
Martinez. A. Poveda.
L. G.
Vicuna,
F. Guinjoan,
A.
F.
Sanchez,
J. C. Marpinard and M.
Valentin
Univ., Politec
Cataluña,
Spain
9-2
REGULATION
OF CUK CONVERTERS USING FUSSY
261
CONTROLLERS
F. Ueno, I Inoue, I. Oota and M. Sasaki
Kumamoto Univ.. Japan
9-3
STATE FEEDBACK COMPENSATION FOR REPETITIVE
268
SERVO SYSTEM OF DC-DC CONVERTER
K. Amanuma, M.
Kozaki
and Y. Sakaki
Chiba Univ.,
Japan
9-4
STATE SPACE CONTROL FOR A STEP-UP CONVERTER
275
F, A. Himmelstoss and
F. C
Zach
Technical Univ. of Vienna, Austria
9-5
NOISE ANALYSIS OF DC-TO-DC CONVERTER WITH
283
RANDOM-SWITCHING CONTROL
T. Tanaka
.
H. Kameda and T. Ninomiya
Kagoshima Univ., Japan
94
ANALYSIS OF DC-DC CONVERTER FOR THE MAXIMUM
291
POWER POINT CONTROL OF PHOTOVOLTAIC
J.
Kida,
К.
Tokuda,
Y.
Ishihara and T. Todaka
Hitachi, Ltd.. Japan
9-7
DEAD ANCLE COMPENSATION CIRCUIT IN DC-TO-DC
296
CONVERTER CONTROLLED BY MAGNETIC AMPLIFIER
K. Harada and K. Harada
Doshisha Univ.. Japan
Thursday. November
9 00
am
- 12-10
pm
..Break
10-40 - 10.55
am
Chairpersons
L
Bjorkstrò m
Ericsson Components
AB.
Sweden
99
Sakura Room
H Matsuo
Nagasaki Un>v Japan
10-1
ANALYSIS OF A FULL-BRIDGE PARALLEL RESONANT
302
CONVERTER
J. Tanaka. I. Yuzurihara and
T
Watanabe
Kyosan Electric Mfg. Co.. Ltd.. Japan
10-2
PWM DC-DC CONVERTER WITH A RESONANT
308
COMMUTATION MEANS
S. Atoh. H. Yoshiike and Y. Sekmo
Sanyo Oenki Co.. Ltd.. Japan
10-3
POWER SUPPLIES FOR FIBER OPTIC SUBSCRIBER
314
SYSTEMS
Y. Kuwata and
S Muroyama
NTT Interdisciplinary Research Labs. Japan
10-4
A RECTIFIER UNIT USING SERIES RESONANT
322
CONVERTER WITH VOLTAGE RESONANT CONTROL
FOR LIGHT LOAD
M.
Ito,
К.
Seo.
Y Suzuki. Y.
Κιι
and R.
Saito
Origin Electric Co.. Ltd.. Japan
10-5
RESONANT-TANK CONTROL OF PARALLEL RESONANT
330
CONVERTER
R. Oruganti and
Т. С
How
National Univ. of Singapore. Singapore
10-6
EXPERIMENT STUDY FOR CURRENT-MODE PARALLEL
338
RESONANT CONVERTER
K. Mizuta. T. Yagmuma,
К
Onda.
T.
Mizukami and
N.
Kohno
Hitachi Ltd., Japan
10-7
TWO TYPES OF CONTROL IN THE CURRENT MODE
345
RESONANT CONVERTER
К
Kobayashi. Y.
Arai.
Y.
Saito.
Y Hatamoto and
К Аое
Fujitsu
Denso
Ltd.. Japan
SESSION
11
2:00
pm
- 3:15
pm
ALKALINE
BATTERIES
Thursday. November
7. 1991
Chairpersons
Моты
Room
J. J. Suozzi
Consultant. USA
Z. Ogurni
Kyoto
Univ
,
Japan
11-1
11-2
11-3
DEVELOPMENT OF PRISMATIC SEALED NICKEL-CADMIUM
354
BATTERY, ■2400PF··
T. Harada, K. Arahi and H. Yufu
Yuasa Battery Co.. Ltd.. Japan
DEVELOPMENT OF NICKEL-CADMIUM BATTERY WITH
361
NEW FUNCTION FOR HIGH ENERGY DENSITY AND FAST
CHARGE APPLICABILITY
H. Yasuda and K. Yoshimura
Japan Storage Battery Co. Ltd. Japan
THE OPERATION OF ALUMINIUM-AIR RESERVE POWER
SYSTEMS
S M.
Warner
Chloride Ltd. UK
368
XI
SESSION 12
CO
GENERATION,
FUEL CELL
AND COOLING SYSTEMS
Thu sday. November
7.
f
99
f
2:0C
pm
■ 5:10
pm Ume
Room
Break
3:40 - 3 55
pm
Chairpersons
L. J.
Scerbo
N.
Asano
Bellcore. USA NTT. Japan
12-1
CO-GENERATION SYSTEM USING A GAS ENGINE
374
GENERATOR FOR TELECOMMUNICATIONS POWER PLANTS
Y
Nakazaki
К
Mizuguchi. R. Okada. R, Shimizu and M. Nagao
NTT Telecommunications Network Sector Japan
12-2
A STUDY OF HEAT RECOVERY FROM FUEL CELL
379
EXHAUST GAS FOR TELECOMMUNICATIONS EQUIPMENT
COOLING
K. Oshima,
T
Uekusa. M. Ichimura and T. Koyashiki
NTT Interdisciplinary Research Labs., Japan
12-3
RESEARCH AND DEVELOPMENT ON TUBULAR TYPE
378
SOLID OXIDE FUEL CELL
S. Kaneko. S. Uchida.
N.
Hisatome and
Y Yamauchi
Mitsubishi Heavy Industries. Ltd. Japan
12-4
WHICH COOLING AIR SUPPLY SYSTEM IS BETTER
393
FOR A HIGH HEAT DENSITY ROOM: UNDERFLOOR OR
OVERHEAD?
M. Nakao, H. Hayama and M. Nishioka
NTT Building
Eng Dep..
Japan
12-5
PASSIVE COOLING OF ELECTRONIC EQUIPMENT
401
ROOMS-THERMAL DIODE ROOM CONSTRUCTION
R. K. Prudhoe. R. Henshaw. L. Ooukas and
R
Snow
Royal Melbourne
hst.
of Tech. Australia
12-6
DESIGN CONSIDERATIONS OF POWER SYSTEMS FOR
410
THE AIR CONDITIONER USED IN TELECOMMUNICATION
NETWORKS
Y. Koizumi. K. Yotsumoto.
H
Hayama and S. Furubo
NTT Interdisciplinary Research Labs.. Japan
12-7
DEVELOPMENT OF PACKAGE TYPE HEAT STORAGE AIR
416
COOLER STL
PAC
FOR EMERGENCY USE IN
TELECOMMUNICATIONS EQUIPMENT ROOMS
N
Suzuki
A. Takamura
and
T Yoshihama
Tokyo Telecom Network Co. Ltd.. Japan
SESSION
13
UNINTERRUPTIBLE POWER SYSTEMS
Thursday November
7. 1991
2:00
pm
- 5:10
pm
(Break
3:40 · 3:55
pm;
R.
N.
K. Thuan
Telecom Australia. Australia
Chairpersons
Matsu Room
S Okuma
Nagoya Univ.. Japan
13-1
HIGH-PERFORMANCE UPS SYSTEM EMPLOYING
423
MICROCOMPUTER-BASED DIGITAL CONTROL
S
КкЈо.
Y Ishimoto S
Tanaka and S. Yamamoto
Yuasa Battery Co Ltd. Japan
13-2
HIGH POWER UPS SYSTEM USING TRANSISTORIZED
431
INVERTERS
D.
Soldin
Siemens
AG.
Germany
13-3
PARALLEL REDUNDANT UPS WITH INSTANTANEOUS
436
PWM CONTROL
H
Onshima.
Y
Miyazawa and A Hirata
Toshiba Corp. Japan
13-4
DIFFERENT METHODS OF UPS NEUTRAL AND
443
PROTECTIVE EARTHING AND THEIR IMPACT ON HUMAN
SAFETY AND SYSTEM DISTURBANCES
K. Dahl
IVO Engineering,
Finland
13-5
DESIGN FOR THE UNINTERRUPTIBLE POWER SUPPLY
449
SYSTEM AT THE NHK BROADCASTING CENTER
H. Takebe. T. Klyonara and
S Mon
NHK. Japan
13-6
CONSIDERATIONS FOR SELECTING
&
SIZING UPS
453
SYSTEMS FOR CRITICAL LOADS
H. V. Joshi
Vistar
Electronics P. Ltd., India
13-7
A STEADY-STATE MODEL OF BIDIRECTIONAL UPS FOR
459
PARAMETER DESIGN
H. Y. Chu,
H. L.
Jou.
C. L.
Huang
and L. C.
Wang
National
Cheng
Kung Univ..
Taiwan. China
SESSION
14
RESONANT CONVERTERS
Ш
Thursday, November
7. 1991
2:00
pm
- 5:10
pm Sakura Room
(Break
3:40 - 3:55
pm;
Chairpersons
P. Dines K.
Onda
Harmer &
Simmons. UK Hitachi, Ltd., Japan
14-1
TRANSIENT ANALYSIS OF FORWARD MULTI-RESONANT
466
CONVERTER USING EISCAP
K. Yoshida
Matsushita Electronics Components Co., Ltd., Japan
14-2
A GENERAL ANALYSIS OF THE ZERO-VOLTAGE
472
SWITCHED QUASI
-
RESONANT BUCK-BOOST TYPE DC-DC
CONVERTER IN THE CONTINUOUS AND DISCONTINUOUS
MODES OF THE REACTOR CURRENT
H. Matsuo, H. Hayashi, F. Kurokawa and T.
Koga
Nagasaki Univ., Japan
14-3
ANALYSIS AND DESIGN OF VOLTAGE-MODE RESONANT
480
CÚK
CONVERTER
T. Mizoguchi, T. Ninomiya and K. Harada
Kinki Univ. in Kyushu, Japan
14-4
ZCSZVS CHARACTERISTICS OF HIGH FREQUENCY
488
INVERTER AND DC-DC CONVERTER
Y, Hatanaka, M. Yamagami and M. Nakaoka
Tokyo Univ. of Mercantile Marine, Japan
14-5
PRACTICAL APPLICATION OF MOSFET SYNCHRONOUS
495
RECTIFIERS
J. Blanc
Siliconix Inc.. USA
14-6
A 2MHz RESONANT DC/DC CONVERTER MODULE FOR
502
TELECOMMUNICATION APPLICATION
I. H. Lee, S. H. Oh, H. J. Kim and
T. Y
Ahn
Dong Ah Electric Co.. Ltd., Korea
14-7
NONLINEAR DESIGN OPTIMIZATION FOR THE RESONANT
509
TANK OF ZERO-VOLTAGE-SWITCHING MULTI-RESONANT
CONVERTERS
X. S.
Cai
and
S. H.
Zhang
Tsinghua Univ., China
XII
SESSION 15
SUPERVISING
SYSTEMS AND POWER
SYSTEMS
ANALYSES
Friday,
November 8, 199
9:00 am - 12:10
pm Ume
Root.
;
Break
10:40 - 10:55
am.
Chairpersons
N.
Tullius H. Ogi
Beli
-Northern Research. CANADA
KDO
Japan
15-1
POWER SYSTEM MONITORING IN A NETWORK
515
ENVIRONMENT
A. G. Graham
Ratelco, Inc., USA
15-2
RATIONALIZATION OF ELECTRICITY OPERATION BY
523
CENTRALIZED ELECTRICITY MONITORING AND CONYROL
EQUIPMENT
T. Harada.
С
Masuyama and
Τ
Arai
Sanyo Denki Co., Japan
15-3
BENEFITS OF IMPLEMENTATION OF COMPUTERIZED
529
SUPERVISION EQUIPMENT IDRO FOR JUTLAND
TELEPHONE S POWER SECTION
B. Mortensen and V,
Balle
Jutland Telephone Co., Denmark
15-4
A NEW MODULAR, HIGH-POWER, MICROPROCESSOR-
537
CONTROLLED POWER PLANT
F.
Guglielmo
and S.
Lentim
Italtel,
Italy
15-5
INTELLIGENT POWER SYSTEMS FOR TELECOMMUNICATION
544
APPLICATIONS
L. A. Ruiz and J.
Sancho
Alcatel
Standard Electrica,
Spain
15-6
AC POWER QUALITY STUDIES
-
IBM, AT&T AND NPL
552
D. S. Dorr
National Power
Lab., USA
15-7
REAL WORLD APPLICATION OF BURN-IN TO IMPROVE
560
PRODUCT QUALITY
C. Harm
AT&T Bell Labs.. USA
SESSION
16
HIGH FREQUENCY LINK INVERTERS
Friday. November
8. 1991
9:00
am
- 12:10
pm Matsu Room
(Break
10:40 - 10:55
am)
Chairpersons
G. W. A. Vau
S. Muroyama
Siemens
AG,
Germany NTT, Japan
16-1
MODERN HIGH-FREQUENCY INVERTER LINKED
566
CYCLOCONVERTER TYPE SINEWAVE POWER
PROCESSING SYSTEM USING MULTI-RESONANT SOFT¬
SWITCHING PWM STRATEGY
H. Yonemori. K. Muneto, M. Nakaoka and T. Maruhashi
Kobe Univ., Japan
16-2
CHARACTERISTICS OF A HIGH-FREQUENCY LINK
574
RESONANT INVERTER
T. Aoki. Y. Nozaki, T. Koyashiki and Y. Kuwata
NTT Interdisciplinary Research Labs.. Japan
16-3
HIGH FREQUENCY LINK DC/AC CONVERTERS USING
580
THREE PHASE OUTPUT PWM CYCLOCONVERTERS FOR
UNINTERRUPTIBLE POWER SUPPLIES
K. Inagaki and S. Okuma
Toshiba Co., Ltd., Japan
16-4
NOVEL THREE-PHASE AC-AC SOFT-SWITCHING SERIES-
587
RESONANT CONVERTER TOPOLOGY WITH SIX SWITCHES
F
fle Beer,
j B
Klaassens ana
G Moence
Dei*i Umv
c TechnoOgy
Tiie Netherlands
16-5
A NOVEL HIGH EFFICIENCY UPS USING IMPROVED
595
INVERTER AND DC TO DC CONVERTER
Y
E Shima. M, Jinno F, Tomnaga,
H
Sakamoto and
К
Harada
Nishimu Electronics Industries Co
,
Ltd
,
Japan
16-6
A THREE-PHASE DUAL-INVERTER SYSTEM WITH HIGH-
601
FREQUENCY LINKS AND SINUSOIDAL CURRENT OUTPUTS
К
Oguch and
E
Ikawa
Ibarak; Univ Japan
16-7
WHAT IS THE OPTIMUM PWM INVERTER ARCHITECTURE
608
WHEN THE PULSE NUMBER IS SMALL
?
H
Kawamoto,
К
Sugimori.
N
Hirao and
T
Ikeda
Nippon Electric Industry Co Ltd
.
Japan
SESSION
17
SOFT-SWITCHED CONVERTERS
Fnday, November
8, 1991
9:00
am
- 12:10
pm
(Break
10.40 - 10:55
am
T M
Taylor
Bellcore. USA
Sakura Room
Chairpersons
T
Maeoka
Matsushita Electronic Compo.
Co Ltd. Japan
17-1
DESIGN TRADE-OFFS FOR 5-V OUTPUT OFF-LINE
616
ZERO-VOLTAGE-SWITCHED PWM CONVERTERS
Q. Chen.
A, Lotti
and
F C,
Lee
Virginia Polytechnic Institute
ano
State Univ. USA
17-2
ZVS PWM MODIFICATED BRIDGE CONVERTER UTILIZING
624
PARTIAL RESONANCE
I. Norigoe, Y. Uchiyama and T. Kohuchi
Densetsu Corp.. Japan
17-3
EFFICIENT HIGH-FREQUENCY SOFT-SWITCHED POWER
631
CONVERTER WITH SIGNAL PROCESSOR CONTROL
K.
Vangen,
T
Melaa,
S
Bergsmark
and R,
Nilsen
EB
Technology. Norway
17-4
ZERO-VOLTAGE-SWITCHING REALIZED BY MAGNETIZING
640
CURRENT OF TRANSFORMER IN PUSH-PULL DC-DC
CONVERTER
M. Shoyama and K. Harada
Kyusyu Umv, Japan
17-5
ZERO VOLTAGE SOFT SWITCHING CONVERTER WITH
648
HIGH INPUT VOLTAGE
H.
Haga, K,
Ozu and
Y. Kikuchi
Shindengen Electric Mlg. Co.. Ltd.. Japan
17-6
ZERO CROSS SWITCH AT TURN-OFF FOR PWM
655
SWITCHING CONVERTER
T.
Miyazaki. N.
Katsuyama and
Y
Ueki
Fujitsu Ltd., Japan
17-7
NOVEL HIGH FREQUENCY QUASI-SQUARE-WAVE
CONVERTER TOPOLOGIES
X. Z. Zhang and S. P. Huang
Zhejiang Univ.. China
663
XIII
SESSION 18
2:00
pm
- 340
pm
EMC
AND GROUNDING SYSTEMS
Friday. November
8 1991
Chairpersons
Ume
Room
M
Sevnn
Alcatel Thomson. Indonesia
Ltd
.
Japan
H
Kawamoto
Nippon Electric Industry Co
18-1
EMI ANALYSIS IN A TELECOMMUNICATIONS TOWER
668
DUE TO THE LIGHTING PROTECTION SYSTEM
G. Airoldi, A. Gen and
G. M.
Veca
SIP. Italy
18-2
EQUALIZED EARTHING SYSTEM FOR THE
676
TELECOMMUNICATION SYSTEMS AGAINST THE INDUCED
LIGHTNING SURGE
T. Suzuki and
К
Igusa
KDD, Japan
18-3
RISK MITIGATION FOR TELEPHONE OPERATORS AND
682
TECHNICIANS
D
McMenamm
Bell Atlantic Corp.. USA
18-4
PRESENT AND FUTURE COMMUNICATION EQUIPMENT
686
GROUNDING TOPOLOGIES
N
Korbel
and
N.
Tullius
BNR.
Canada
SESSION
20
2:00
pm
- 3:15
pm
AC-DC CONVERTERS
Friday. November
8. 1991
Chairpersons
Sakura Room
F. C
Lee
Virginia Polytechnic Institute
and State Univ., USA
M Nakaoka
Kobe Univ.. Japan
20-1
20-2
20-3
A SWITCHING POWER SUPPLY OF
99%
POWER
714
FACTOR BY THE DITHER RECTIFIER
I. Takahashi and R. Y. Igarashi
Nagaoka Univ. of Technology. Japan
HIGH EFFICIENCY TELECOM RECTIFIER USING A NOVEL
720
SOFT-SWITCHED BOOST-BASED INPUT CURRENT SHAPER
R.
Streit
and D. Tollik
Ascom
Energy Systems, Switzerland
EASY DIGITAL CONTROL OF THREE-PHASE PWM
CONVERTER
Y. Itoh and S. KawaucN
Sanken
Electric Co, Ltd., Japan
727
SESSION
19
2:00
pm
- 3:40
pm
19-1
19-2
19-3
19-4
T G.
Wilson,
Sr.
Duke Univ.
USA
COMPONENTS
Friday. November
8. 1991
Chairpersons
Matsu Room
Y. Sakaki
Chiba Univ.,
Japan
691
CAPACITORS IN TELECOMMUNICATION SYSTEMS
POWER CONVERSION
:
A 100W HIGH FREQUENCY
DC-DC CONVERTER WITHOUT WET ELECTROLYTIC
CAPACITOR
D
Jugan.
A Pann,
D
Sadarnac,
S. d Almeida. M.
Perelle
and
M Rocher
France Telecom, France
A
BOARD-MOUNTED
POWER
SUPPLY
MODULE
USING
697
A NEW
LOW
POWER DISSIPATION
CONTROL
IC
К
Tsukamoto.
T.
Yachi
and
N.
Yamashita
NTT Interdisciplinary Research Labs., Japan
AC RESISTIVITY OF Mn-Zn
FERRITES
703
S
Yamada.
E.
Otsuki and T. Otsuka
Tokin Corp, Japan
PLANAR INDUCTOR FOR VERY SMALL DC-DC
709
CONVERTERS
Τ
Sato.
M
Hasegawa.
Τ
Mizoguchi and M. Sahashi
Toshiba Corp, Japan
XIV
AUTHOR INDEX
AUTHOR
ABE. K.
AHN,
T. Y.
AIROLDI,
G.
ALGER, J.
W.
AMANUMA,
К.
AOKI,
T.
ARAHI,
К.
ARAI,
T.
ARAI,
Y
ASOH, J.
АТОН,
S.
BÄCKMAN,
N.
BALLE,
V.
BERGSMARK,
S.
BERNDT, D.
BIAGETTI, R. V.
BLANC, J.
BOLDIN,
D.
CAI,
X. S.
CHEN,
Q.
CHO, B. H.
CHOI,
B.
CHU,
H. Y.
ď
ALMEIDA,
S.
DAHL, K.
De BEER, F.
DORR,
D. S.
DOUKAS, L.
EISHIMA, Y.
ELUS,
J. R.
ENSLIN, J. H. R.
ESTES,
R.
FURUBO, S.
FUWA, M.
GERI,
A.
GIRARD,
J.
GLAD, A.
GRAHAM, A. G.
GUGLIELMO,
F.
GUINJOAN, F.
HAGA,
H.
HARADA,
I.
HARADA, K.
HARADA, K.
HARADA, T.
HARADA, T.
HARM, C.
HARRISON, A. I.
HASEGAWA, M.
HATAMOTO, Y.
HATANAKA, Y.
HAYAKAWA, T.
HAYAMA, H.
HAYASHI, H.
HENSHAW, R.
HERBERT, Jr.A
S.
HIGASHI, T.
HIMMELSTOSS, F. A.
HIRAO, N.
HIRATA, A.
HIRAYAMA, H.
HISATOME, N.
HORIE, T.
HORITAKA, K.
HOW,
T. C.
HUANG,
C. L.
HUANG,
S. P.
ICHIMURA, M.
IGARASHI, R. Y.
PAPER NO.
AUTHOR
10-7
IGUSA. K.
14-6
IKAWA. E.
18-1
IKEDA. D.
8-4
IKEDA. T.
9-3
IKUTA. K.
16-2
INAGAKI. K.
11-1
INOUE. T.
15-2
ISHIHARA. Y.
10-7
ISHII, H.
5-6
ISHIMOTO. Y.
10-2
ISHIZUKA, S.
5-1
ITO,
M.
15-3
ITOH, Y.
17-3
JANSSEN,
R.
7-3
JINNO, M.
3-5
JOSHI, H. V.
14-5
JOU.
H. L.
13-2
JUGAN. D.
14-7
KAMEDA, H.
17-1
KANEKO, S.
8-2
KARLSSON, G.
8-2
KATANĘ.
T.
13-7
KATSUYAMA. N.
19-1
KAWAGOE. Y.
13-4
KAWAMOTO.
H.
16-4
KAWAUCHI. S.
15-6
KIDA,
J.
12-5
KIDO. S.
16-5
KIEHNE,
H.A.
6-5
Kli,
Y.
4-7
KIKUCHI, Y.
4-2
KIM, HJ.
8-1 , 12-6
KIMSEY. T.
6-6
KITAJIMA, T.
18-1
KIYOHARA, T.
8-3
KLAASSENS, J. B.
7-4
KLEFFNER, W.
15-1
KOBAYASHI, K.
15-4
KOBAYASHI.T.
9-1
KOGA,
T.
17-5
KOHNO, N.
8-5
KOHUCHI, T.
6-2, 9-7 , 14-3
KOIZUMI,
Y.
16-5, 17-4
KOMAKI, A.
9-7
KORBEL,
N
11-1
KOYASHIKI, T.
15-2
KOZAKI,
M.
15-7
KRUGER, F. J.
3-2
KUHN,
D.
19-4
KURANE, T.
10-7
KUROKAWA, F.
14-4
KUWATA, Y.
3-6
LANDWEHRLE, R. E.
12-4, 12-6
LEE, E. S.
14-2
LEE, F. C.
12-5
LEE, I. H.
4-5
LENTINI, S.
6-2
LINDEMARK, B.
9-4
LO,
E.
16-7
LOFTI, A.
13-3
LÖVSTRAND, K.
G.
3-7
LUETKEHOELTER, R
12-3
MAJO,
J.
3-7
MARPINARD,
J. C.
8-6
MARQUET, D.
10-5
MARTINEZ,
L.
13-7
MARUHASHI. T.
17-7
MASUYAMA, C.
12-2
MATSUI, T.
20-1
MATSUO, H.
PAPER NO.
18-2
16-6
4-4
16-7
7-6
16-3
8-5 , 9-2
9-6
5-4
13-1
5-2
10-4
20-3
4-6
16-5
13-6
13-7
19-1
9-5
12-3
3-4
6-6
17-6
4-4
16-7
20-3
9-6
13-1
7-7
10-4
17-5
14-6
4-2
6-3
13-5
16-4
4-6
10-7
6-3
14-2
10-6
17-2
12-6
3-6
18-4
12-2, 16-2
9-3
7-3
4-1
8-6
5-3 , 14-2
8-1, 10-3, 16-2
3-3
4-5
17-1
14-6
15-4
7-5
4-1
17-1
5-5
7-3
9-1
9-1
8-3
9-1
16-1
15-2
7-6
5-3 , 14-2
XV
AUTHOR
MAY.
G, J
McMENAMIN.
D.
MEISSNER.
E.
MELAA.
T.
MESCHEDE,
H.
MISTRY.
К.
MIYAZAKI,
T.
MIYAZAWA.
Y.
MIZOGUCHI.
T.
MIZOGUCHI,
T.
MIZUGUCHI.
К
MIZUKAMI,
T.
MIZUTA.
К.
MOEKOET,
G.
MORI. S.
MORTENSEN.
В.
MUNETO.
К.
MURAKAMI,
N.
MUROYAMA,
S.
NAGAO,
M.
NAKAMURA.
К.
NAKANO.
T.
NAKAO.
M.
NAKAOKA.
M
NAKASHIMA.
H.
NAKAZAKI.
Y.
NILSEN.
R.
NINOMIYA. T.
NISHIOKA.
M.
NORIGOE.
I.
NOWOROLSKI.
Z.
NOZAKI.
Y.
OGATA, T.
OGUCHI,
К.
OH.
S. H.
OHSHIMA, H
OHSHIMA, M.
OHTSU. S.
OKADA. R.
OKUMA, S.
ONDA, K.
ÓNODÉRA.
T.
OOTA.
I.
ORUGANTI.
R.
OSHIMA.
К.
OTSUKA.
T.
OTSUKI,
E.
OZU.
К.
PANN.
Α.
PARSONS,
J. R.
PERELLE.
M.
POVĚDA,
Α.
PRAETZEL. E.
PRUDHOE.
R. K.
ROBBINS. T.
ROCHER, M.
RUIZCASTELL, L. A.
SADARNAC. D.
SAHASHI, M.
SAITO. R.
SAITO.
Y.
SAKAKI. Y.
SAKAKIBARA. K.
SAKAMOTO.
H.
SANCHEZ,
A. F.
SANCHO. J.
SANCTUARY, P.
SASAKI.
M.
SATO. H.
SATO, T.
SATO, T.
SEKINO.
Y.
SEO.
К.
PAPER NO
AUTHOR
3-1
SHIMIZU. R.
18-3
SHOYAMA. M.
7-3
SINADA, Y.
17-3
SNOW, R,
4-6
SNYMAN, D. B.
4-2
STREIT, R.
17-6
SUGIMORI.
К.
13-3
SUGIURA,
T.
14-3
SUNDBERG.
L. I.
19-4
SUNTIO,
T.
8-1,
12-1
SUZUKI,
N.
10-6
SUZUKI,
T.
10-6
SUZUKI, Y.
16-4
TAKAHASHI, I.
13-5
TAKAHASHI. M.
15-3
TAKAMURA.
A.
16-1
TAKEBE, H.
5-6
TAKEHARA,
Z
8-1
,
10-3
TANAKA, J.
12-1
TANAKA, K.
4-4
TANAKA, K.
6-2
TANAKA. S.
12-4
TANAKA, T.
14-4
,
16-1
TAYLOR, T.
7-6
THORSLUND, H,
12-1
THUAN,
R. N. K.
17-3
TODAKA, T.
9-5
,
14-3
TOKUDA, K.
12-4
TOLLIK, D.
17-2
TOMINAGA. F.
7-2
TOMOKUNI, Y.
16-2
TORIGOE, S.
3-7
TSUKAMOTO. K.
16-6
TULLIUS,
N.
14-6
UCHIDA, S.
13-3
UCHIYAMA, Y.
5-7
UEKI. Y.
5-4
UEKUSA, T.
12-1
UENO, F.
16-3
USHIKI, S.
10-6
VACCARO,
F. J.
6-1
VALENTIN, M.
8-5,
9-2
VANGEN, K.
10-5
VEĆA
,
G. M.
12-2
VICUNA,
L. G.
19-3
WALTARI, P.
19-3
WANG, L.
С.
17-5
WARNER, S. M.
19-1
WATANABE, T.
7-1
WEINTROB, H.
N
19-1
WILSON,
T. G.
9-1
YACHI, T.
7-2
YAGINUMA, T.
12-5
YAMADA, S.
4-1
YAMAGAMI, M.
19-1
YAMAGUCHI, H
15-5
YAMAMOTO, S.
19-1
YAMANAKA, M.
19-4
YAMASHITA,
N.
6-4.
10-4
YAMASHITA, T.
10-7
YAMAUCHI, Y.
6-6.
9-3
YASUDA, H.
5-6
YONEMORI, H.
16-5
YOSHIDA, K.
9-1
YOSHIHAMA, T.
15-5
YOSHIIKE, H.
7-1
YOSHIMURA, K.
9-2
YOTSUMOTO, K.
5-7
YUFU, H.
6-2
YUZURIHARA,
I.
19-4
ZACH.
F.
С
10-2
ZHANG.
S H
10-4
ZHANG.
X. Z.
PAPER NO.
1-1,
8-5,
5-6,
12-1
17-4
6-3
12-5
4-7
20-2
16-7
5-4
5-5
7-4
12-7
18-2
10-4
20-1
3-7
12-7
13-5
1-2
10-1
5-2
5-3
13-1
9-5
4-2
5-1
8-7
9-6
9-6
20-2
16-5
7-6
4-4
19-2
18-4
12-3
17-2
17-6
12-2
9-2
6-4
3-3
9-1
17-3
18-1
9-1
7-4
13-7
11-3
10-1
4-3
6-5
19-2
10-6
19-3
14-4
2-1
13-1
7-6
19-2
5-4
12-3
11-2
16-1
14-1
12-7
10-2
11-2
12-6
11-1
10-1
9-4
14-7
17-7
XVI
|
| any_adam_object | 1 |
| author_corporate | INTELEC Kyōto |
| author_corporate_role | aut |
| author_facet | INTELEC Kyōto |
| author_sort | INTELEC Kyōto |
| building | Verbundindex |
| bvnumber | BV005942765 |
| callnumber-first | T - Technology |
| callnumber-label | TK5105 |
| callnumber-raw | TK5105.A1 |
| callnumber-search | TK5105.A1 |
| callnumber-sort | TK 45105 A1 |
| callnumber-subject | TK - Electrical and Nuclear Engineering |
| classification_tum | ELT 868f ELT 433f |
| ctrlnum | (OCoLC)25583822 (DE-599)BVBBV005942765 |
| discipline | Elektrotechnik |
| format | Conference Proceeding Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1991 Kioto gnd-content |
| genre_facet | Konferenzschrift 1991 Kioto |
| id | DE-604.BV005942765 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:37:17Z |
| institution | BVB |
| institution_GND | (DE-588)5069218-5 |
| isbn | 0879426705 0879426713 0879426721 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003724262 |
| oclc_num | 25583822 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM |
| owner_facet | DE-91 DE-BY-TUM |
| physical | XVI, 734 S. Ill., graph. Darst. |
| publishDate | 1991 |
| publishDateSearch | 1991 |
| publishDateSort | 1991 |
| publisher | Inst. of Electrical and Electronics Engineers |
| record_format | marc |
| spelling | INTELEC 13 1991 Kyōto Verfasser (DE-588)5069218-5 aut INTELEC 91 Thirteenth International Telecommunications Energy Conference, November 5 - 8, 1991, Kyoto Grand Hotel, Kyoto, Japan New York, NY Inst. of Electrical and Electronics Engineers 1991 XVI, 734 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Telecommunication Power supply Congresses Telephone Power supply Congresses Nachrichtentechnik (DE-588)4041066-3 gnd rswk-swf Stromversorgungseinheit (DE-588)4139728-9 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 Kioto gnd-content Nachrichtentechnik (DE-588)4041066-3 s Stromversorgungseinheit (DE-588)4139728-9 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=003724262&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | INTELEC 91 Telecommunication Power supply Congresses Telephone Power supply Congresses Nachrichtentechnik (DE-588)4041066-3 gnd Stromversorgungseinheit (DE-588)4139728-9 gnd |
| subject_GND | (DE-588)4041066-3 (DE-588)4139728-9 (DE-588)1071861417 |
| title | INTELEC 91 |
| title_auth | INTELEC 91 |
| title_exact_search | INTELEC 91 |
| title_full | INTELEC 91 Thirteenth International Telecommunications Energy Conference, November 5 - 8, 1991, Kyoto Grand Hotel, Kyoto, Japan |
| title_fullStr | INTELEC 91 Thirteenth International Telecommunications Energy Conference, November 5 - 8, 1991, Kyoto Grand Hotel, Kyoto, Japan |
| title_full_unstemmed | INTELEC 91 Thirteenth International Telecommunications Energy Conference, November 5 - 8, 1991, Kyoto Grand Hotel, Kyoto, Japan |
| title_short | INTELEC 91 |
| title_sort | intelec 91 |
| topic | Telecommunication Power supply Congresses Telephone Power supply Congresses Nachrichtentechnik (DE-588)4041066-3 gnd Stromversorgungseinheit (DE-588)4139728-9 gnd |
| topic_facet | Telecommunication Power supply Congresses Telephone Power supply Congresses Nachrichtentechnik Stromversorgungseinheit Konferenzschrift 1991 Kioto |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003724262&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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