printed electronics – TechConnect Briefs

Solvent-free Printing of Organic Semiconductor, Insulator, Metal, and Conductor Particles on Flexible Substrates

Sakai M., Okada Y., Horiuchi Y., Suzuki M., Tomiya D., Chiba University, JP

Multi-material and solvent-free printing for printed electronics is developed using toner-type patterning of organic semiconductor, insulator, metal and other con- ductor particles, and the subsequent thin-film formation by ultrasonic sintering. Although conventional toner technology was [...]

XTPL Approach to Print Submicron Conductive Lines on Dielectric Substrates

Kowalczewski P., Wiatrowska A., Dusza M., Zięba M., Cichoń P., Fijak K., Granek F., XTPL SA, PL

The concepts of printed electronics offer a tremendous potential when brought to nanotechnology. We present a novel technology for printing submicron conductive lines at unprecedented flexibility, accuracy, and low cost. The lines with resistivity down [...]

Inkjet Printed Flexible Electronics on Organic Substrate for Wearable Electronics

Lee H., Ma K., Kennesaw State University, US

Printed electronics have shown tremendous growth in recent years, and the demand for faster, smaller, cheaper, and more efficient printed devices is ever increasing. Inkjet printing is a technology which has demonstrated the ability to [...]

Printed via technology for oxide thin film transistors and inverters

Xie M.L., Wu S.J., Wu X.Z., Chen Z., Wu S.J., Wu X.Z., Cui Z., Suzhou Institute of Nano-Tech and Nano-Bionics,Chinese Academy of Sciences, CN

In recent years, printed electronics starts to evolve from single components to systems where interconnects are essential for transistors to be connected into circuits. For complicated electronic circuits systems such as integrated circuit (IC), multilevel [...]

Wearable and flexible electronic devices: Market forecasts 2015-2025

Zervos H., IDTechEx Inc, US

Wearable technology mainly concerns devices and apparel. With a wide range of products, from glasses and other headgear to arm, wrist, leg and footwear, skin patches and even jewelry, the device business is already large, [...]

Room-temperature printing of thin-film devices for flexible electronics

Minari T., Kanehara M., National Institute for Materials Science (NIMS), JP

We have established 'Room-Temperature Printed Electronics (RTPE)' as the new fabrication method for thin-film electronic devices, which can be carried out under ambient atmospheric condition at room temperature without application of heat. Thermal damage is [...]

Keywords: printed electronics

Solvent-free Printing of Organic Semiconductor, Insulator, Metal, and Conductor Particles on Flexible Substrates

XTPL Approach to Print Submicron Conductive Lines on Dielectric Substrates

Inkjet Printed Flexible Electronics on Organic Substrate for Wearable Electronics

Printed via technology for oxide thin film transistors and inverters

Wearable and flexible electronic devices: Market forecasts 2015-2025

Room-temperature printing of thin-film devices for flexible electronics

Production technologies for large area flexible electronics

Fabrication and characterization of thin-film transistors based on Peri-xanthenoxanthene (PXX) derivative

Carbon Nanotube Field Effect Transistors using Printed Semiconducting Tubes