Browsing by Author "Kusters, Roel"

A chip embedding solution based on low-cost plastic materials as enabling technology for smart labels

A comparative study of via drilling and scribing on PEN and PET substrates for flexible electronic applications using excimer and Nd:YAG laser sources

Active and passive component embedding into low-cost plastic substrates aimed at smart system application

Bonding bare die LED's on PET foils for lighting applications: thermal design modeling and bonding experiments

Flip-chip bonding of fine-pitch ultra-thin chips for SiF applications

Flipchip bonding of thin Si dies onto PET foils: possibilities and applications

High curvature bending characterization of ultra-thin chips and chip-on-foil assemblies

Hybrid integration on low-cost flex foils using photonic flash soldiering

Large area flexible lighting foils using distributed bare LED dies on polyester substrates

Mechanical and electrical propeties of ultra-thin chips and flexible electronics assemblies during bending

Novel interconnection processes for low cost PEN/PET substrates

Novel methodology to integrate ultra-thin chips on flexible foils

Stretchable passive matrix LED display with thin-film based interconnects

Technology development for a low-cost, roll-to-roll chip embedding solution based on PET foils