Onur Kazanç

This person is no longer with EPFL

About
Privacy
Disclaimer

Graph Chatbot

Related publications (6)

Pediatric Size Swallowable Glass Pill for Digestive Motility Analysis

Vincent Schlageter, Catherine Dehollain, Onur Kazanç

A glass pill for digestive motility tracking with wireless communication is presented. The pill encapsulates three magnetic transmitter coils with a 125 kHz signal, the circuitry required to control the magnetic coil output and the battery. The system prov ...

IEEE2018

Remotely-Powered Front-End at 2.45 GHz for Real-Time Continuous Temperature Sensing

Catherine Dehollain, Onur Kazanç, Franco Maloberti

Remote powering and power management of a passive sensor system employing antenna-rectifier co-design is presented. The operating frequency of the system is chosen at 2.45 GHz in order to reduce the antenna size. A co-design approach enables the coupling o ...

IEEE2018

Remote Powering Platform for Implantable Sensor Systems at 2.45 GHz

Catherine Dehollain, Onur Kazanç, Gürkan Yilmaz, Franco Maloberti

Far-field remotely powered sensor systems enable long distance operation for low-power sensor systems. In this work, we demonstrate a remote powering platform with a miniaturized antenna and remote powering base station operating at 2.45 GHz. The rectenna, ...

Ieee2014

Far-Field Remotely Powered Wireless Sensor Platform for Real-Time Monitoring

Onur Kazanç

EPFL2014

High-Q Adaptive Matching Network for Remote Powering of UHF RFIDs and Wireless Sensor Systems

Catherine Dehollain, Onur Kazanç, Franco Maloberti

Process and temperature independent RF front-end design is important for remotely powered RFID tags and wireless sensor systems. Run-to-run process variations can impact the remote powering performance and therefore read range of aforementioned systems. We ...

Ieee2013

Far-Field UHF Remotely Powered Front-End for Patient Monitoring with Wearable Antenna

Catherine Dehollain, Onur Kazanç, Franco Maloberti

The design of a wearable antenna for UHF band at 900 MHz with an integrated front-end for a wireless sensor system targeting remote patient monitoring is presented. A wearable antenna for human body with -7.2 dB gain is demonstrated using five layer torso ...

Ieee2013

Page 1 of 1