CRI-report) -The report quantifies these possibilities when it comes to revenues produced by PE V3. at three quantity of a value chain. Additionally, for an eight-year forecast of PE-enabled items, the report also consists of forecasts of PE components and specialist ink. The constituents covered are thin-film transistors, reminiscences, batteries, sensors, shows and lighting. The organizations talked about include: Agilent, Bank of the usa, Bemis, DuPont Teijin, eBay, E Ink, Enfucell, Esquire Magazine, Fujifilm Dimatix, General electric, Gemalto, HelioVolt, Holst Center, ISET, Jenn Feng, Kovio, MasterCard, Merck, Mitsubishi, Panasonic, Nanosolar, Oxford Photovoltaics, PARC, Pioneer, PolyIC, PragmaticIC, Practical Printing, Plastic Logic, Printed Electronics Limited, Qolpac, Samsung, Seiko Epson, SolarPrint, Sumitomo, Thin Film Electronics, Tokyo, japan Electron, and UDC.
TABLE OF CONTENTS CHAPTER ONE: PRINTED ELECTRONICS V3.: A Listing Of Possibilities 1.1 Printing as Strategy and Printing as Tactics: A technique for Market Segmentation 1.2 Objectives and Coverage of the Report 1.3 Printed Electronics: The Very First Two Phases as well as their Effects 1.3.1 Printed Electronics Phase I: Printed Electronics is Thick-Film Electronics 1.3.2 Printed Electronics Phase II: Printed Electronics like a New Industry 1.4 Printed Electronics V3.: The Brand New PE 1.5 Short-to-Medium Term Programs for Printed Electronics 1.5.1 Wise Packaging: Pharma, Food and Brand Enhancement 1.5.2 PE and Security Printing 1.5.3 Wise Cards: Adding Printed Batteries and Shows for Enhanced Security 1.5.4 Medical Products: Patches, Bandages and Diagnostics 1.5.5 PE and Biochips 1.5.6 Interactive Media and Disposable Electronics 1.6 Longer-Term Possibilities for PE V3. 1.6.1 Shows for Mobile Products and Televisions 1.6.2 Printed Lighting 1.6.3 Printed Solar Power Panels 1.7 Logistics and Ecosystem Possibilities 1.8 Possibilities for that Printing/Printing Equipment Industry: Printing Electronics Is not As simple as it appears! 1.9 Eight-Year Predictions of Items Enabled by PE V3.
CHAPTER TWO: TECHNOLOGY ENABLERS AND COMPONENTS For That “NEW” PRINTED ELECTRONICS 2.1 Printed Electronic Components: Mostly Still Changing 2.1.1 Processors and Reminiscences: Organic or Plastic 2.1.2 Printed Shows: Technology Options 2.1.3 Printed Lighting: Current Projects 2.1.4 Printed Sensors 2.1.5 RFID and Lesser Marking 2.1.6 Printed Batteries 2.1.7 Evolution of Printed Photovoltaics Technology 2.2 Printed Electronics in Packaging: Why Packaging Must Become Wise 2.2.1 The Restrictions of Wise Packaging like a Target Audience for PE 2.2.2 Food and private Care Wise Packaging Programs 2.2.3 Pharmaceutical and Health care-Related Wise Packaging: Compliance Packaging 2.2.4 Brand Security 2.2.5 Eight-Year Market Forecast of PE-Enabled Wise Packaging 2.3 An Increasing Requirement for Powered Wise Cards 2.3.1 Wise Card Chips 2.3.2 Printed Batteries and Shows in Powered Wise Cards 2.3.3 Eight-Year Market Forecast of PE-Enabled Wise Cards 2.4 PE Improvements for Medical Products and Disposables 2.4.1 Medical and Cosmetic Patches 2.4.2 Wise Bandages 2.4.3 CPR Cards 2.4.4 Eight-Year Market Forecast of PE-Enabled Medical Products 2.5 Interactive Printed Media and Disposable Electronics 2.5.1 Some Skeptical Ideas about this Sector 2.5.2 Eight-Year Market Forecast of PE-Enabled Disposable Electronics and Interactive Printed Media 2.6 Printed Shows for Mobile Products and Televisions 2.6.1 Eight-Year Market Forecast of PE-Enabled Mobile and television Shows 2.7 Printed OLED Lighting 2.8 Printed Solar Panels 2.9 Review of PE V3. Components Predictions
CHAPTER THREE: Possibilities FOR Ink Along With Other KEY MATERIALS For That NEW PRINTED ELECTRONICS 3.1 Electronic Ink: Current and Future Materials 3.1.1 The way forward for PE Ink 3.1.2 Printing Processes That Are Used within the PE V3. Era 3.2 Conductive Ink and Pastes for PE V3. 3.2.1 Silver and Nano-Silver Ink 3.2.2 Gold Ink 3.2.3 Copper Ink 3.2.4 Other Metallic Ink and Polymer Electrodes 3.2.5 Transparent Conductor Ink 3.3 Semiconductor Ink for PE V3. 3.3.1 Organic Semiconductors and Printing 3.3.2 Plastic Ink and Electronics 3.3.3 Other Semiconductor Ink and Materials Sets: Is PE V3. CMOS Possible? 3.4 Some Ideas on Printed Carbon Nanotubes and Graphene later on of Printed Electronics 3.5 Substrate and Encapsulants for PE V3. Programs 3.5.1 The way forward for PE Substrates 3.5.2 Some Notes on Encapsulation for PE V3. 3.6 Eight-Year Predictions of PE 3. Ink Acronyms and Abbreviations Utilized In this Report About the writer