A variety of flexible and stretchable electronics have been reported for use in flexible
electronic devices or biomedical applications. The practical and wider application of such …

The development and mechanical characterization of a novel technology for stretchable
electronics is presented, which can be used for the realization of wearable textile electronics …

Stretchable electronic circuit boards have been developed based on three different
technologies. Such substrates serve to connect rigid interposers or electronic components …

This work investigates the impact of geometry on the reliability of a high conductivity,
meandered, stretchable interconnect. Meandered copper conductor interconnects of varying …

Electronic textiles demand a new family of flexible circuit boards in the construction of fiber
or fiber assemblies. This paper presents a stretchable woven fabric circuit board (FCB) with …

Conventional electronic circuits are made up of electronic components assembled on either
rigid substrates like FR4 and ceramic or on flexible substrates based on polymers such as …

Stretchable electronics promise to extend the application range of conventional electronics
by enabling them to keep their electrical functionalities under system deformation. Within this …

This paper reports the analysis of the crack configuration of a stretched metal conductive
track that is embedded in a stretchable elastomer. The factor determining the crack …

In stretchable electronics, meander designs are often used for the conducting traces. This
geometry of the copper traces, that are much stiffer than the polymer substrates, allows for …

Stretchable electronics can be realized using different manufacturing methods and hybrids
thereof. An example of the latter is the combination of stretchable circuit boards with screen …