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市場調査レポート
高出力エレクトロニクスの進歩
Advances in High Power Electronics
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Abstract
This research service reports on development trends in the high power
electronics sector, more specifically in the silicon carbide (SiC) power
electronics domain. The research service analyzes in detail the underlined
platform technology, the factors affecting development and adoption of SiC
technology, the industry trends, the application scenario, important
development at the academic and corporate sectors, along with key market
players. It also gives an insight into some of the unmet needs in the SiC
power electronics sector. The degree of impact of SiC power electronics on
various application sectors such as automotive, aerospace and defense (A&D),
industrial motor drives and power systems, is analyzed using a strategic
analysis tool.
Table of Contents
1 EXECUTIVE SUMMARY
- Research Scope and Methodology
- Research Scope
- Research Methodology
- Overview and Key Findings
2 HIGH POWER ELECTRONICS--INDUSTRY SCENARIO
- HPE - Changing Scenarios and Development Trends
- Growth Patterns in the HPE Sector
- Wide BandGap Devices
- SiC Power Electronics - Industry Scenario
- SiC Power Electronics--Technology and Capability Analysis
- Analysis of Potential Applications Scenario
3 SIC POWER ELECTRONICS--ADOPTION FACTOR ANALYSIS
- Factors Influencing Technology Adoption--Drivers and Challenges
- Adoption Drivers
- Industry Challenges
- Impact Analysis of Drivers and Challenges for SiC Power Electronic
Devices
- Analysis of Competitive Environment
- Technology Need Analysis
- Competing Technologies in the HPE Sector
4 DEVELOPMENT TRENDS IN THE SIC POWER ELECTRONICS SECTOR
- SiC Power Electronics--Development Initiatives
- Industry Research Trends
- Academic Research Trends
- Key Industry Players and Strategic Alliances
- Analysis of R&D Opportunities in the SiC Power Electronics Sector
- Assessment of Key Funding Activities
- Patent Analysis
5 STRATEGIC EVALUATION OF SIC POWER ELECTRONICS
- AHP--Impact of SiC Power Electronic Devices on Various Application Sectors
- Definition of Criteria
- AHP Process and Computation for Goal Node and Level 0 Criteria
- AHP Process and Computation for Goal Node and Level 1 Criteria
- Final Priorities and Strategic Insights
- Strategic Outlook of SiC Power Electronics
- Opportunities for SiC Power Electronics
- Growth Strategies: Technology and Capabilities Foresight
6 SELECTED PROFILES OF DEVELOPMENTS IN THE SIC POWER ELECTRONICS SECTOR
- Wafer Manufacturers
- Innovative Wafer Fabrication Technique to Produce High-Quality SiC Wafers
- Advanced Physical Vapor Transport Process for Growth of High-Purity SiC
Crystals
- Device Manufacturers
- High-Performance SiC Power Devices
- SiC Power Transistors for Compact Power Electronic Devices
- SiC Power Electronics Can Meet the Stringent Demands of the Military
Sector
- Advances in High Power Electronics--Power Semiconductor Devices
- High-Quality SiC Epitaxial Wafers and SiC Power Devices
- High Power Electronic Modules for Industrial and Military Sectors
7 PATENTS; KEY INDUSTRY PARTICIPANTS; GLOSSARY; AND APPENDIX
- Key Patents in this Sector
- Patents from North America
- Patents from Other Regions
- Key Industry Participants
- Corporate Sector
- Academic Sector
- Glossary and Appendix
8 DECISION SUPPORT DATABASE
- Decision Support Database Tables
- Global Semiconductor and Semiconductor Equipment Market (2002 to 2012)
- Global Control and Instrumentation Contribution to Electronics Industry
(2002 to 2012)
- Global Medical and Industrial Contribution to Electronics Industry (2002
to 2012)
- Global Telecommunication Contribution to Electronics Industry (2002 to
2012)
- Global Consumer Electronics Contribution to Electronics Industry (2002
to 2012)
- Global Electronic Component Contribution to Electronics Industry (2002
to 2012)
- Global PC Installed Base (2002 to 2012)
- Global Car Production (2002 to 2012)
- Global Vehicles in Operation (2002 to 2012)
- Global Number of Commercial Aircraft in Service (2002 to 2012)
- Global Number of Manufacturing Units (2002 to 2012)
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