RF and Mixed Signal
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H. Balasubramaniam et al. (Hamburg University) A Configurable Multi-Mode Dual Slope ADC in 130nm CMOS for Biomedical Signal Acquisition
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M. Bolatkale et al. (NXP Semiconductors, Delft University of Technology) High-Speed Delta-Sigma Converters
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W.L. Chan et al. (Delft University of Technology) A 60-GHz Push-Push Oscillator
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H.M. Cheema et al. (Eindhoven University of Technology) Die-to-Die variations of a mm-wave CMOS VCO
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W. Cheng et al. (University of Twente) A multi-step P-cell for LNA design automation
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W.M. Chim et al. (Delft University of Technology) A Flexible Active-Matrix Electronic Paper With Integrated Display Driver Using The μ-Czochralski Single Grain TFT Technology
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M.M. Danesh et al. (Delft University of Technology) Ultra-low power transmitters for UWB-FM sensor networks
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W. Deng et al. (Eindhoven University of Technology) A New Design Flow for Receiver Performance Optimization
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P.F.J. Geraedts et al. (University of Twente, Axiom IC Twente) A 12MHz Switched-Capacitor Relaxation Oscillator with a Nearly Minimal FoM of -161dBc/Hz
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R. Hou et al. ((Delft University of Technology) Super Regenerative Receiver for UWB-FM
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F. van Houwelingen et al. (University of Twente) Attenuation of Narrowband Interference in Wideband Signals to relax ADC Dynamic Range Requirements
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Y. Jin et al. (Delft University of Technology) A 60GHz Low-Noise High-Linearity Receiver Front-End Design
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D. De Jonghe et al. (KU Leuven) Design of a Radiation Tolerant LIDAR Receiver with mm Accuracy in 0.13 μm CMOS.
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S. Kählert et al. (RWTH Aachen University) A 1.2 V broadband low noise fully differential amplifier in a 65 nm CMOS technology
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K.C. Kwok et al. (Delft University of Technology) A 16GHz VCO and Quadrature Injection-Locked Divider Circuits
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X. Li et al. (Eindhoven University of Technology, Philips Research Eindhoven) 60 GHz Ultra-Low Power Radio
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S. Malevsky et al. ((Delft University of Technology) Downconversion Schemes for a mm-Wave CMOS Receiver for Short Range Gigabit Communication
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N.A. Moseley et al. (University of Twente) A Blind Interference Canceling Technique for Two-Stage Harmonic Rejection in Down-mixers
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A. Noroozi et al. (Delft University of Technology, Systematic Design B.V.) A Reconfigurable Multi-band GNSS Receiver Front-end for Space Applications: System Level Considerations
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M.T. Reiha et al. (Delft University of Technology) A Re-timing Pre-Driver for 40Gb/s Modulator Driver Design
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P. Ritter et al. (Saarland University) A 4 bit 10 GS/s Flash ADC frontend in SiGe technology with very low power consumption
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Z. Ru et al. (University of Twente) A Discrete-Time Mixing Receiver Architecture with Wideband Image and Harmonic Rejection for Software-Defined Radio
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N. Saputra et al. (Delft University of Technology) Injection Locked Amplifier for Low Power UWBFM Receiver
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M. Sarkeshi et al. (Eindhoven University of Technology, National University of Singapore) A Novel Configuration for the Doherty Amplifier for Load Modulation Enhancement and Bandwidth improvement
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F. Sebastiano et al. (NXP Semiconductors, Twente University, Delft University of Technology) On the Temperature Compensation of a Frequency Reference for Crystal-Less ULP Wireless Sensor Networks
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R. Sehgal et al. (Delft University of Technology, Punjab Engineering College, India) CMOS Ultra Low-Power Wavelet Filter based Sense Amplifier for Cardiac Signal Analysis
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M. Seyab et al. (Delft University of Technology) CMOS scaling impacts on reliability, What do we understand?
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C. Stevens et al. (Ghent University, Technical University Kortrijk, Hogeschool West-Vlaanderen) Numerically controlled 8-channel IQ-transmitter with programmable synchronous carrier settings
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S. Subhan et al. (University of Twente) D/A Resolution Impact on a Poly-phase Multipath Transmitter
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R. Wu et al. (Delft University of Technology) A Low Power Chopper Current-Feedback Instrumentation Amplifier with noise PSD of 17nV/√Hz
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W. Wu et al. (Delft Univesity of Technology) A 0.8-2.5GHz Wideband CMOS LNA with ESD Protection for Multimode Receivers
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H. Yan et al. (Delft University of Technology) Design of a RF Power Harvester in a Silicon-on-Glass Technology |