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Update : 2013.5.21 Tue 13:48
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Until recently, the focus of materials development for thin-film, organic printable (TOP) electronics has been on conductors and semiconductors. However, as this rapidly growing area of electronics becomes more sophisticated there is a growing need for dielectric materials for both processors and memories. The search for such materials has been particularly important as electronics materials firms begin to talk about organic versions of CMOS and new dielectric materials have to meet the needs of flexible substrates.
This report identifies and quantifies the opportunities for dielectrics in TOP electronics. It discusses the various applications in TOP electronics that are currently calling for novel dielectric materials. It also identifies and compares the major candidate materials for this role and the product strategies of major firms that are involving themselves in this space. It also provides an eight-year forecast of TOP electronics dielectrics.
E.1 Major opportunities in TOP electronics dielectrics
E.2 Key firms to watch for innovations in dielectrics
E.3 Summary of market forecasts
Chapter One: Introduction
1.1 Background to this report
1.2 Methodology and scope of this report
1.3 Plan of this report
Chapter Two: Applications for Dielectrics in Thin-Film, Organic and Printed Electronics
2.1 Types of dielectrics
2.1.1 Gate dielectrics
2.1.2 Isolation dielectrics
2.1.3 Intermetal/interlayer dielectrics
2.2 Dielectrics in TFTs and OTFTs
2.3 Dielectrics in printed memories
2.4 Dielectrics in printed silicon devices
2.5 Dielectrics in display and lighting devices
2.6 Dielectrics materials on flexible substrates
2.7 Holes and other problems
2.8 Key points in this chapter
Chapter Three: Dielectric Materials
3.1 The role of dielectrics in emerging materials sets
3.2 Dielectric materials and manufacturing/deposition issues
3.3 Silicon dioxide in TOP electronics
3.4 Other metal oxides and nitrides
3.5 Polymeric dielectrics
3.6 Novel high-k materials and their potential role in thin film, organic and printable electronics
3.7 Dielectric inks
3.8 Use of nanomaterials
3.9 Key points in this chapter
Chapter Four: Forecasts
4.1 Forecasting methodology
4.2. Eight-year forecasts of dielectric materials by application
4.3 Eight-year forecasts of dielectric materials by type of materials
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