Projects in Semiconductors and power electronics

By developing new methods for characterising thermal converters, an independent realisation of the SI units for alternating voltage (V), alternating current (A) and electrical power (W) will be established at RISE. This will lead to a more secure traceability chain and better measurement uncertaint…

Swedish companies are poised to seize a larger share of the microelectronics market. Increase in market share of 20 % after project completion. Two years after project completion there will be a notable 50 % increase in precision in failure assessment within microelectronics production processes du…

This project aims to establish a primary realisation of ac resistance at RISE through ac measurements of the quantum Hall effect (QHE) in graphene. This will lead to a significantly reduced measurement uncertainty for ac resistance and can potentially lead to an improved measurement uncertainty f…

Sustainable and digitalized GIGAfactory for BATtery production with made-in-Europe machinery.

The project will develop methods for traceable calibration of power quality meters that measure supraharmonics.

ALL2GaN has 45 project partners from 12 European countries with the aim to be the backbone for the European Power Electronics Industry by offering an EU-born smart GaN Integration toolbox. The project will provide the base for applications, thus meeting the global energy needs while keeping the CO2…

PowerizeD is to take the sustainability and resilience of the European energy value chain, from generation to application, to a new level and strengthen Europe‘s technological sovereignty.

Power electronics is a key technology for sustainable development and a fossil-free future. We are moving towards an increasingly connected and digitalized society that requires more energy and powerful electronic devices. The project Future Power Electronics examines how the Swedish industry will …

The project is a joint collaboration between RISE and U.S. Naval Research Laboratory to perform radiation testing on wide bandgap (WBG) semiconductor-based devices.

Unlike traditional X-ray film, today's digital detectors are rigid, which means that they can't be used to analyze three-dimensional surfaces. This project developed technology for flexible digital X-ray detectors.