The optical element is a key part of manufacturing optoelectronic systems, which can realize
functions such as imaging, spectroscopy, image transmission, filtering, and more. The …

Printing processes are employed to create three-dimensional transparent structures which
serve as multimode optical waveguides in intelligent systems. The additive manufacturing …

Planar optronic sensor systems are networks of integrated light sources, detectors and
sensors, connected by optical waveguides on thin polymer films. This way, sensor networks …

Photopatternable optical silicone materials have been developed that can be fabricated into
flexible polymer waveguides using conventional film processing and photolithography …

Widespread adoption of electro-optical circuit boards based on embedded glass waveguide
technology would enable seamless optical connectivity from external fiber-optic networks to …

In the automotive business environment, with intense competition among firms and with the
added element of what is known as the “chips or semiconductor shortage,” adequate …

Purpose–The purpose of this paper is to present key points relating to the development of
micro drill bits with high aspect ratios and to provide a solution for high aspect ratio hole …

Optical waveguides were fabricated on flexible foil substrates by ink-jet printing, to
complement and enhance printed flexible electronics with optical networks. The 145 μm …

The demand for optical waveguides integrated into Printed Circuit Boards (PCBs) is
increasing as the limitations of copper interconnects for greater than 10 Gb/s data rates are …

High interconnection density associated with current electronics products poses certain
challenges in designing circuit boards. Methods, including laser-assisted microvia drilling …