Research @ LRF
The focus of our research is the development of sensors, circuits and systems for applications requiring measurement. Due to our strong background in RF design, we give more emphasis on wireless or contactless solutions. Depending on the necessity, we design CMOS integrated circuits for miniaturization and low power consumption.
In addition, we are very committed to the academic excellence and social relevance of the research. We prioritize high impact factor journals, such as IEEE Transactions. for communicating our results.
Next, we detail the LRF expertise by areas of interest:
- Wireless Power Transfer: we have been working on miniaturized power transfer systems, integrated in CMOS technology.
- Contactless Measurement: we developed a method for the characterization of magnetically coupled resonators with no need of wires.
- Chipless Sensing: we have been developing passive sensors that can detect relative humidity and can be read without the need of physical contact.
- Permitivity Measurement: we developed a sensor based on a resonant cavity that can be applied to the measurement of oil-water fraction in petroleum exploration fields. The same sensor has been applied to monitoring the relative amount of solids and fat percentage in bovine milk.
- RF electronics: we designed discrete and integrated RF circuit blocks for transceivers (900 MHz, 2.4 GHz), such as oscillators, LNAs, Power amplifiers and mixers.
- Circuits for biomedical applications : we designed discrete and integrated analog and mixed-signal circuits for biomedical applications such as variable-gain amplifiers, A/D converters, filters and transducers.
- Wireless Body Area Networks: we have been studied the HBC channel and have been designing integrated circuits for a HBC transceiver.