G van Veenendaal | TU Delft Repository

Synthetic organic polymer fouling inmunicipal wastewater reuse reverse osmosis

Journal article (2014) - Y Ekowati (author), M Msuya (author), S.G. Salinas Rodriguez (author), G van Veenendaal (author), JC Schippers (author), M.D. Kennedy (author)

System and circuit considerations for low-complexity constant-envelope FM-UWB

Conference paper (2010) - JFM Gerrits (author), M.M. Danesh (author), Y. Zhao (author), Y Dong (author), G van Veenendaal (author), J..R.. Long (author), JR Farserotu (author)

A short range, low data rate, 7.2GHz - 7.7 GHz FM-UWB receiver front-end

Journal article (2009) - Y. Zhao (author), JFM Gerrits (author), G van Veenendaal (author), J..R.. Long (author), JR Farserotu (author)

A 7.2 - 7.7 GHz FM-UWB transceiver prototype

Conference paper (2009) - JFM Gerrits (author), H S Bonakdar (author), E Leroux (author), C Hennemann (author), M. Detratti (author), E Perez (author), M Lobeira (author), Y. Zhao (author), Y Dong (author), G van Veenendaal (author), J..R.. Long (author), JR Farserotu (author)

Energy-efficient Wireless Front-end Concepts for Ultra Lower Power Radio

Conference paper (2008) - J..R.. Long (author), W Wu (author), Y Dong (author), Y. Zhao (author), M.A.T. Sanduleanu (author), JFM Gerrits (author), G van Veenendaal (author)

Two ultra low power wireless concepts are described in this paper. A high data rate receiver demonstrator consisting of LNA, sub-harmonic I/Q mixer and transimpedance IF amplifiers realizes an energy consumption of 1.75 nJ/bit at 10Mbit/s in the 17GHz band. A high-band FM-UWB rec ...

A 9 mW high-band FM-UWB receiver front-end

Conference paper (2008) - Y. Zhao (author), JFM Gerrits (author), G van Veenendaal (author), J..R.. Long (author)

3.6mW, 30dB gain preamplifiers for an FM-UWB receiver

Conference paper (2008) - Y. Zhao (author), G van Veenendaal (author), H S Bonakdar (author), JFM Gerrits (author), J..R.. Long (author)