Department of Electrical Engineering

Integrated Circuits

The research area of the group is advanced purely-analog and mixed-signal IC design (RF/IF/LF), applied to frontends, especially for wireless RF transceivers and sensors. In this context, frontends are defined as the functional blocks that process and translate analog signals (communication signals, sensor signals) to digital signals (bits), and vice versa, see the figure below. This includes on the one hand system, concept and algorithm level design, and on the other hand circuit block design (antenna-matched low-noise amplifiers, sensor amplifiers, power amplifiers; oscillators, mixers, modulators, detectors; data converters). At all these levels, we strive to implement smartness (autonomous calibration, adaptivity, error correction, reconfiguration, etc.).



As regards performance, we focus on improvements in speed (up to THz), power-efficiency, and ultra-low-power. As regards the application domains, our current focus is on communication systems,  sensor systems, and medical systems. As regards technology, we focus on advanced deep-submicron processing (CMOS, BICMOS), emerging technologies (organic electronics, metal oxides), and THz technology.

Our Labs


Exploring the unknown with a swarm of smart marbles

A swarm of marbles that flows through your intestines in order to detect thickening. It sounds like science fiction, but it’s closer to reality than you might think. Engineer Peter Baltus of Eindhoven University of Technology has developed sensors that are able to inspect hard-to-reach or even inaccessible environments. His primary focus is on large-scale pipeline networks such as drinking water systems, oil pipelines or transport systems for kerosene. But his dream is that these small balls will one day explore the inside of volcanos, or maybe even the human digestive tract.


Meet some of our Researchers


The group takes care for all lectures and design projects on analog and mixed-signal electronics that are part of the Bachelor and Master programs of Electrical Engineering, and in traineeships and final projects for master students. The master projects are strongly related to the Ph.D. projects, which on their turn form the backbone of our research activities.

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The IC group is cooperating with other groups at the university via our so-called Centers, especially in the Center for Wireless Technology Eindhoven (CWTe) and the Center for Care and Cure Technology Eindhoven (C3Te). This ensures a strong multidisciplinary link, which not only enhances our research, but also facilitates the innovation chain to industry and society.

IC cooperates with many industrial partners; key partners are NXP, Holst/IMEC, Philips, and Xilinx. The group strives for a close cooperation with industry through hosting guests, parttime positions for industrial specialists, consultancy to industry, and integration of MSc and PhD students during their project with industry. Our work is directed along roadmaps that are aligned with industry. In most of our projects for which we apply funding, industry is operating as a partner. Finally, we facilitate measurement facilities for our prime partners. In this way we integrate our work as much as possible, resulting in a smooth innovation chain, as stated in our mission.