Laser Trimming of Printed Resistors


The addition of resistors to the circuitry of printed electronics has been quite limited to this point. This is partially due to the nature of the circuits currently being implemented, and partially due to the accuracies that can be achieved in the printing process.
Pages: 7


Thin Film and Printed Batteries: On-Board Solutions for Low-Powered Electronics


NanoMarkets’ analysts believe that the unique benefits of thin‐film and printed batteries position them as energy sources for a variety of next‐generation, low‐power, ultra‐small electronics in applications ranging from mundane, high‐volume RFID product tracking, to mission‐critical sensors that detect and protect soldiers from hazardous environmental agents.
Pages: 6


Materials Lead the Way in Thin-Film and Organic Photovoltaics


Opportunities and challenges for materials suppliers in the rapidly growing thin-film and organic photovoltaics sector. It examines each of the major materials classes used, and looks at the evolving relationship between materials suppliers and solar panel manufacturers and the factors for materials suppliers to take into consideration in assessing the size and growth of the opportunities available to them.
Pages: 5
Download - MaterialsPVWP.pdf (492K)


Nanotechnology Corporate Strategies


As nanotechnology slowly matures from lab scale to industry disruptor, large global companies are taking increasingly selective approaches to innovation and R&D.
Pages: 11


Printable Electronics Market Outlook


An applications based assessment of the future of printed electronics
Pages: 8


Opportunities in Organic Electronic Markets


Organic electronics is in no position to replace silicon, but there are many applications for which organic materials currently offer a competitive or superior mix of performance and economics, their number is growing, and the opportunity for materials firms is substantial.
Pages: 9
Download - NMOEMaterials_032408.pdf (164K)


Opportunities in Organic Electronic Markets


Organic electronics is in no position to replace silicon, but there are many applications for which organic materials currently offer a competitive or superior mix of performance and economics, their number is growing, and the opportunity for materials firms is substantial.
Pages: 9
Download - NMOEMaterials_032408.pdf (164K)


The Future of Flexography and Lithography in Printed Electronics


Printing has been long-established as a cost-effective way of creating layers of materials in electrical and electronic products.
Pages: 5
Download - PE_Flexo_Litho.pdf (121K)