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Design and development of data acquisition for leakage current at electrical tracking test

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Department of Electrical Engineering, Faculty of Engineering, Diponegoro University, Jln. Prof. Soedarto, H, Tembalang, Semarang, 50271, Indonesia

Abstract

In electrical power systems, the insulator is the material that determines whether the electrical energy can be supplied or delivered to a place of excellent quality and does not harm the human and the environment around such high voltage electrical conductor devices. In testing leakage current in the laboratory, current and voltage changes in input and current changes and output voltages change very quickly, making it diﬃcult to detect with the usual measuring device. For that required software to simulate the test. One method used to test the insulation resistance of the insulator material is the Inclined Plane Tracking (IPT) method. That is a method used to represent the leakage current on the surface of an insulation. The insulation and leakage resistance simulation in this test is performed by Multisim 14 software by simulating the insulation resistance with a potentiometer that changes resistance when a leak current occurs in the test. The resistance is increased step by step to know the parameters of current and voltage at the time of testing. In this simulation testing is done in stages, so it can be known Source Voltage, Input Voltage, Input Current, Leakage Current and Output Voltage. Simulation using Multisim 14 software can represent insulation resistance, leakage current and output voltage that can be used to obtain replacement resistance (Rp), leakage current (Iout), output voltage (Vout), alternating current (Iloss) and replacement voltage (Vloss). Simulation Software Proteus can simulate data received in the form of analog into digital data. Further processed according to the data required. © 2017 IEEE.

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Data Aquisition Inclined Plane Tracking (IPT) Leakage Current

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Proceedings - 2017 4th International Conference on Information Technology, Computer, and Electrical Engineering, ICITACEE 2017

Volume 2018-January, 1 July 2017, Pages 117-122

4th International Conference on Information Technology, Computer, and Electrical Engineering, ICITACEE 2017; The Wujil Resort and ConventionsSemarang; Indonesia; 18 October

2017 through 19 October 2017; Category numberCFP1789Z-PRT; Code 134244

Jumrianto  Wahyudi Syakur, A. 

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Silicones | Insulating materials | Polymeric insulators

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References (7)

Engineering controlled terms:

Data acquisition Electric power systems Insulation Leakage currents Machinery Software testing Surface discharges Voltage dividers

Engineering uncontrolled terms

Aquisitions Design and Development Electrical conductors Electrical power system Inclined planes Insulation resistance Insulator materials Simulation software

Engineering main heading:

Electronic equipment testing

Jumrianto, A.R., Budhi, A.

(2003) Designing and Making Kwh-Meter Digital One Phase, Based Personal Computer

Jumrianto, M.T.P., Solichan, A.

(2015) Design and Creation of Prototype Kwh-Meter Digital One Phase Based Microcontroller AVR ATMega, 32.

Syakur, A., Berahim, H., Tumiran, Rochmadi

(2011) Gaodianya Jishu/High Voltage Engineering, 37 (11), pp. 2780-2785. .

Syakur, A., Berahim, H., Tumiran, Rochmadi

(Open Access)

(2013) Telkomnika, 11 (1), pp. 17-28. . doi: 10.12928/telkomnika.v11i1.878

Piah, M., Afendi, M.

Computer-based monitoring system for analysing surface leakage current in an IEC 587 test set-up (2012) J. Teknol, 38, pp. 67-78.

D

ISBN: 978-153863946-7

Source Type: Conference Proceeding Original language: English

DOI: 10.1109/ICITACEE.2017.8257687 Document Type: Conference Paper

Volume Editors: Facta M.,Riyadi M.A.,Prasetijo A.B.,Widianto E.D.,Eridani D.

Publisher: Institute of Electrical and Electronics Engineers Inc.

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Experimental investigation on electrical tracking of epoxy resin compound with silicon rubber

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Electrical tracking formation on silane epoxy resin under various contaminants

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http://www.journal.uad.ac.id/index.php/TELKOMNIKA/article/download/689/502

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10 of 26 Muhammad Ali, A.C.N., Yatmono, S.S.

(2011) Training and Assistance of Practicum of Power Electronics Based on Simulation with Multisim Program for Vocational Teachers in Province of DIY

Introduction to Proteus Software Amikom.ac.id ICITACEE

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4/28/2020 "bioinspired algorithms for Internet of Things network" - IEEE Conference Publication

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Abstract: The Internet of Things (IoT) has come towards its peak time which includes smart cities, smart buildings, smart homes, smart kitchens, smart appliances, security, smart h... View more

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The Internet of Things (IoT) has come towards its peak time which includes smart cities, smart buildings, smart homes, smart kitchens, smart appliances, security, smart home, smart health, smart factories, smart machines, smart supply chain, smart transportation, smart manufacturing, autonomous vehicles, smart consumer devices, etc. The infrastructure and management will be based on the smart systems which has sensors and crowdsourcing as information sources. The future of IoT success depends on the optimization and new approaches for application of interfaces, allocation of behaviours, evolution of technology, and system security. IoT success will only be realized through major development of systems engineering processes and tools that will be able to overcome the challenges of IoT Network. This talk will discuss some state of the art bioinspired researches for communication technology in IoT Network as an example of systems engineering. We will discuss computational iterative optimization which introduced bio-inspired algorithms, which is inspired by living creature organisms. We will discuss some example learned from the intelligence of living organism in nature.

Bioinspired algorithm taxonomy such evolution, swarm, ecology, network, immune to overcome challenges such as resource constraint, scalability, heterogeneity, mobility and security will be discussed. The optimization techniques used in Research in Network protocol from conventional, mathematical programming to bio-inspired metaheuristic approaches which lead to heuristic, robust, low complexity, parallel structure will be exposed in this presentation. We will also discuss bioinspired algorithm application for network deployment, clustering, routing and security.

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Ir. Riri Fitri Sari

Computer Engineering, Faculty of Engineering, University of Indonesia

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4/28/2020 Assessing information security culture: The case of Malaysia public organization - IEEE Conference Publication

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Assessing information security culture: The case of Malaysia public organization

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Abstract: In line with the growing number of reported cases of information security breaches, there is also a growing interest among researchers to study information security cultu... View more

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In line with the growing number of reported cases of information security breaches, there is also a growing interest among researchers to study information security culture.

To this effect, researchers have developed various models and frameworks for assessing and developing information security culture. However, most of these models or frameworks are not a silver bullet which can be easily applied to all organizational settings. The requirements and the characteristics of information security culture differ from one organization to other organization. On the basis of this background, this study was conducted with the aim of identifying the dimensions of information security culture in the context of Malaysian public organizations. The framework for assessing the information security culture was developed through extensive literature review and verified through experts' interviews. The framework consists of six components, namely, management support, policy and procedures, compliance, awareness, budget and technology. A corresponding scale was also developed to assess the information security culture and administered to Malaysian public organizations of the federal ministries. The respondents were requested to indicate the aspects that are considered crucial and important in developing an information security culture. A total of 293 IT directors responded to the survey. The results showed that all of the aforementioned components were indeed crucial and significant in developing information security culture. The contribution of the study can be described in three-folds, namely theoretical, practical and empirical. From a theoretical standpoint, it has developed an

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Mohamad Noorman Masrek

Faculty of Information Management, MARA Universiti Teknologi MARA, Shah Alam Selangor, Malaysia

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4/28/2020 4<sup>th</sup> Industrial revolution: The future of machining - IEEE Conference Publication

1Author(s) Azli Yahya View All Authors

4 Industrial revolution: The future of machining

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Abstract: The Industrial Revolution was a period of changes in agriculture, textile and metal manufacturing, transportation and socio-economy of England. The changes promote the re... View more

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The Industrial Revolution was a period of changes in agriculture, textile and metal manufacturing, transportation and socio-economy of England. The changes promote the revolution in a way of advanced techniques and practices such as in agriculture, which resulted in an increased of raw materials and food. For example, an old practice in plantation was to allow the land to rest after the cultivation activities. However, it was discovered that the fertility of the soil can be restored by the cultivation of clover and other legumes. As a result, the yearly yields is improved that leads to the increased of food for sustaining the livestock through winter. Furthermore, the adaptation of new technology agriculture organization, drastically change the production volumes, efficiency as well as profits. The world is changing and the 4th Industrial Revolution is now, directly or indirectly will affect us. People and machines are connected to each other with a huge number of engineering applications. The arrival of the 4th Industrial Revolution indicated that companies and industries must adapt with the new technology or face the struggle or failure at worst. However, with the recent technology, people can be better at their jobs rather than worrying that the human skills will be devalued. As for example, the machining process of Electrical Discharge Machining system, a skill and focus operators are still needed due to the nature of the machining parameters selection. Various advanced control systems have been reported but failed to obtain optimum machining performance. Software and technology as imposed by the 4th Industrial Revolution have the potential to empower operators to a far greater degree than in the past by unlocking the latent creativity through experience, perception and

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4/28/2020 4<sup>th</sup> Industrial revolution: The future of machining - IEEE Conference Publication

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imagination for betterment of product. In addition, the industry will always need workers' brilliance, ingenuity and skills on the front line and in the field work for making smarter decision, so...

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Azli Yahya

Faculty of Electrical Engineering, Universiti Teknologi Malaysia

The Industrial Revolution was a period of changes in agriculture, textile and metal manufacturing, transportation and socio-economy of England.

The changes promote the revolution in a way of advanced techniques and practices such as in agriculture, which resulted in an increased of raw materials and food. For example, an old practice in plantation was to allow the land to rest after the cultivation activities. However, it was discovered that the fertility of the soil can be restored by the cultivation of clover and other legumes. As a result, the yearly yields is improved that leads to the increased of food for sustaining the livestock through winter. Furthermore, the adaptation of new technology agriculture organization, drastically change the production volumes, efficiency as well as profits.

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T ^{ABLE OF} C ^ONTENTS

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1

Bioinspired Algorithms for Internet of Things Network Riri Fitri Sari

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Assessing Information Security Culture: The Case of Malaysia Public Organization Mohamad Noorman Masrek

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4th Industrial Revolution: The Future of Machining Azli Yahya

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Design and Development of Data Acquisition for Leakage Current at Electrical Tracking Test Jumrianto Jumrianto, Wahyudi Wahyudi, Abdul Syakur

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(21)

4/28/2020 Design and development of data acquisition for leakage current at electrical tracking test - IEEE Conference Publication

3Author(s) Jumrianto ; Wahyudi ; Abdul Syakur View All Authors

Design and development of data acquisition for leakage current at electrical tracking test

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Abstract: In electrical power systems, the insulator is the material that determines whether the electrical energy can be supplied or delivered to a place of excellent quality and ... View more

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In electrical power systems, the insulator is the material that determines whether the electrical energy can be supplied or delivered to a place of excellent quality and does not harm the human and the environment around such high voltage electrical conductor devices. In testing leakage current in the laboratory, current and voltage changes in input and current changes and output voltages change very quickly, making it difficult to detect with the usual measuring device. For that required software to simulate the test.

One method used to test the insulation resistance of the insulator material is the Inclined Plane Tracking (IPT) method. That is a method used to represent the leakage current on the surface of an insulation. The insulation and leakage resistance simulation in this test is performed by Multisim 14 software by simulating the insulation resistance with a potentiometer that changes resistance when a leak current occurs in the test. The resistance is increased step by step to know the parameters of current and voltage at the time of testing. In this simulation testing is done in stages, so it can be known Source Voltage, Input Voltage, Input Current, Leakage Current and Output Voltage.

Simulation using Multisim 14 software can represent insulation resistance, leakage current and output voltage that can be used to obtain replacement resistance (Rp), leakage current (Iout), output voltage (Vout), alternating current (Iloss) and replacement voltage (Vloss). Simulation Software Proteus can simulate data received in the form of analog into digital data. Further processed according to the data required.

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Effect of environmental contamination on the leakage current in polymer insulating materials

1988 Fifth International Conference on Dielectric Materials, Measurements and Applications

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Jumrianto

Department of Electrical Engineering, Faculty of Engineering, Diponegoro University, Jln. Prof. Soedarto, SH, Tembalang, Semarang, 50271, Indonesia

Wahyudi

Abdul Syakur

I. Introduction

Electrical energy is a necessity that can be equated with basic needs.

Electrical energy has penetrated almost all the wheels of human life.

Business World, Industrial World, Educational Institutions and Households are the main users of electrical energy. Without electrical energy, the production process at the factory could not run. The business world and the industrial world as well as the offices will be overwhelmed [1].

Jumrianto

Wahyudi

Abdul Syakur

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4/28/2020 A multiple classifiers broadcast protocol for VANET - IEEE Conference Publication

3Author(s) Sami S. Alwakeel ; Hesham A. Altwaijry ; Agung B. Prasetijo View All Authors

A multiple classifiers broadcast protocol for VANET

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Abstract: Many types of artificial intelligent machines have been used for decision making purposes. In VANET broadcast protocols, vehicles must decide the received messages are to... View more

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Many types of artificial intelligent machines have been used for decision making purposes. In VANET broadcast protocols, vehicles must decide the received messages are to be rebroadcast or not. Several attributes such as sender-to-receiver distance, sender-receiver speed difference, number of neighboring vehicles, as well as vehicle's movement direction are important measures to take the broadcast decision. As the relationships of attributes to the broadcast decision cannot be mathematically defined, the use of a classifier-based artificial intelligence may approximately predict the relationships of all the incorporated attributes to such a decision. As the decision is based on prediction, the use of multiple classifiers in decision making may increase accuracy. Therefore, this research employs a combined-classifiers at an abstract level to provide firmer broadcast decisions on VANET. Our research results justify that the performance of our combined multiple-classifiers outperformed a single-classifier scheme. The multi-classifiers scheme contributes to an average increase of 2.5% in reachability compared to that of the efficient counter-based scheme (ECS). The combined multi-classifiers scheme also improves the saving in rebroadcast tries by 38.9%.

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QGrid: Q-learning based routing protocol for vehicular ad hoc networks

2014 IEEE 33rd International Performance Computing and Communications Conference (IPCCC) Published: 2014

Impact of concurrent communications in geographical broadcasting protocols for vehicular ad hoc networks

2017 IEEE 9th Latin-American Conference on Communications (LATINCOM) Published: 2017

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4/28/2020 A multiple classifiers broadcast protocol for VANET - IEEE Conference Publication

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Sami S. Alwakeel

Department of Computer Engineering, CCIS - King Saud University, Riyadh, Kingdom of Saudi Arabia

Hesham A. Altwaijry

Agung B. Prasetijo

Department of Computer Engineering, Faculty of Engineering - Diponegoro University, Semarang, Indonesia

I. Introduction

An efficient broadcast has always been a hot issue in broadcast protocol area. Several schemes have been available, from heuristic (e.g.

probability-based, counter-based broadcast) to topology-based broadcast (e.g. distance-based broadcast). However, most of the solutions have used mostly only a few attributes (whether local or global), such as the use of sender-to-receiver distance, number of message duplicates received, or even only employing probability to reduce the number of nodes/vehicles that rebroadcast messages to mitigate the broadcast-storm problem (the massive message redundancy, contention and collision) [1]–[4].

Sami S. Alwakeel

Hesham A. Altwaijry

Agung B. Prasetijo

Department of Computer Engineering, Faculty of Engineering - Diponegoro University, Semarang, Indonesia

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4/28/2020 A bi-directional boost converter-based non-isolated DC-DC transformer with modular solid-state switches for medium-/high-voltage DC gr…

3Author(s) Ahmed Elserougi ; Ahmed Massoud ; Shehab Ahmed View All Authors

A bi-directional boost converter-based non-isolated DC-DC transformer with modular solid-state switches for medium-/high- voltage DC grids

2 Paper Citations

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Abstract Document Sections I. Introduction II. The Proposed Bi-

Directional DC-DC Transformer III. Design of the

Proposed DC-DC Transformer IV. Simulation V. Conclusion

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Abstract: In this paper, a bi-directional non-isolated dc-dc transformer is proposed, which can be used for connecting different dc voltage levels in medium-/high-voltage dc grids.... View more

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In this paper, a bi-directional non-isolated dc-dc transformer is proposed, which can be used for connecting different dc voltage levels in medium-/high-voltage dc grids. The proposed dc-dc transformer is based on the conventional bidirectional boost converter, but with modular solid-state switches to avoid the complexity of employing series- connected Insulated Gate Bipolar Transistors (IGBTs) to meet the high-voltage requirement. The modular solid-state switch consists of cascaded modules, where each module consists of Half-Bridge Sub-Module (HB-SM) along with clamping IGBT. Small module capacitance is required in the proposed architecture as it is used typically to clamp the module voltage, not to store the energy to be delivered to the load. This affects positively the lifetime of the dc-dc transformer. On the other hand, clamping IGBTs ensure a successful operation with balanced capacitors' voltages without the need for voltage or current measurements. A detailed illustration for the proposed architecture is presented along with its operational modes and controller. Simulation results for a 2MW 10 kV/25 kV dc-dc transformer are presented to show the viability of the proposed architecture.

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Discussions on control loop design in average current mode control [PWM DC/DC power convertors]

Conference Record of the 2000 IEEE Industry Applications Conference. Thirty- Fifth IAS Annual Meeting and World Conference on Industrial Applications of Electrical Energy (Cat. No.00CH37129) Published: 2000

Power grid configuration influence on the geomagnetically induced currents value in power transformers

2017 International Conference on Industrial Engineering, Applications and

Manufacturing (ICIEAM) Published: 2017

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4/28/2020 A bi-directional boost converter-based non-isolated DC-DC transformer with modular solid-state switches for medium-/high-voltage DC gr…

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Ahmed Elserougi

Electrical Dept., Qatar University, Doha, Qatar Ahmed Massoud

Electrical Dept., Qatar University, Doha, Qatar Shehab Ahmed

Electrical Dept., Texas A&M University at Qatar, Doha, Qatar

I. Introduction

The dc-dc transformer is an essential component in medium-/high- voltage dc grids for connecting two different dc voltage levels [1]. The dc-dc transformer can be classified into isolated [2]–[5] and non-isolated [6]–[10]. In the isolated type, an isolation transformer is employed to isolate between the high- and low-voltage sides.

Ahmed Elserougi

Electrical Dept., Qatar University, Doha, Qatar

Ahmed Massoud

Electrical Dept., Texas A&M University at Qatar, Doha, Qatar Contents

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4/28/2020 Enhancing the DC voltage utilization of twelve- switch voltage source inverter feeding symmetrical/asymmetrical nine-phase loads - IEEE…

4Author(s) Ahmed Elserougi ; Ibrahim Abdelsalam ; Ahmed Massoud ; Shehab Ahmed View All Authors

Enhancing the DC voltage utilization of twelve- switch voltage source inverter feeding symmetrical/asymmetrical nine-phase loads

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Abstract Document Sections I. Introduction II. Basics of the

Twelve-Switch Nine-Phase Inverter III. Enhancing the

AC Output Voltage for TSNPI-Fed Symmetrical and Asymmetrical Nine-Phase Loads IV. Simulation V. Experimental

Validation

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Abstract: Twelve-Switch Nine-Phase Inverter (TSNPI) can be used to feed three independent three-phase loads or nine-phase load such as nine-phase machines. It provides dc-ac conver... View more

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Twelve-Switch Nine-Phase Inverter (TSNPI) can be used to feed three independent three-phase loads or nine-phase load such as nine-phase machines. It provides dc-ac conversion with a reduced number of switches, as only twelve switches are employed to feed the load instead of employing conventional nine- phase voltage source inverter with eighteen switches. In this paper, optimum sinusoidal modulating signals are extracted to enable operating with enhanced utilization of the dc input voltage while feeding symmetrical/asymmetrical nine-phase loads. Simulation and experimental results are presented to validate the proposed approach.

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A novel method for estimation of IGBT switching losses in voltage source convertors through EMT simulations 2016 IEEE 2nd Annual Southern Power Electronics Conference (SPEC) Published: 2016

A new space vector modulation strategy for common mode voltage reduction [in PWM invertors]

PESC97. Record 28th Annual IEEE Power Electronics Specialists Conference.

Formerly Power Conditioning Specialists Conference 1970-71. Power Processing and Electronic Specialists Conference 1972

Published: 1997

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4/28/2020 Enhancing the DC voltage utilization of twelve- switch voltage source inverter feeding symmetrical/asymmetrical nine-phase loads - IEEE…

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Ahmed Elserougi

Ibrahim Abdelsalam

Electrical and Control Department, Arab Academy for Science, Technology & Maritime Transport, Cairo, Egypt

Ahmed Massoud

Shehab Ahmed

Electrical Dept., Texas A&M University at Qatar, Doha, Qatar

I. Introduction

VOLTAGE Source Inverters (VSIs) are commonly used in different applications such as motor drives and renewable energy systems [1]–

[6]. Conventionally, multi-phase VSIs consist of a certain number of legs, which equals the number of involved phases, where each leg consists of two Insulated Gate Bipolar Transistors (IGBTs) as shown in Fig. 1a.

Ahmed Elserougi

Ibrahim Abdelsalam

Electrical and Control Department, Arab Academy for Science, Technology &

Maritime Transport, Cairo, Egypt Ahmed Massoud

Electrical Dept., Texas A&M University at Qatar, Doha, Qatar Contents

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Design and development of data acquisition for leakage current at electrical tracking test

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Electrical tracking formation on silane epoxy resin under various contaminants

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