Bauwelinck Johan | Ghent University
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概要
関連著者
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Vandewege Jan
Ghent University
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Bauwelinck Johan
Ghent University
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BAUWELINCK Johan
Ghent University, INTEC
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VANDEWEGE Jan
Ghent University, INTEC
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QIU Xing-Zhi
Ghent University
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OSSIEUR Peter
Ghent University
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YIN Xin
Ghent University
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Martens Yves
Imec
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QIU Xing-Zhi
IMEC
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GILON Edith
Alcatel Research & Innovation
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STUBBE Brecht
Alcatel Research & Innovation
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Verhulst Dieter
Ghent University Intec
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Stubbe Brecht
Alcatel Research & Innovation
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Gilon Edith
Alcatel Research & Innovation
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De Ridder
Ghent University
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Martens Yves
Ghent University Intec/imec
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VAN DER
IMEC
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VERHULST Dieter
Ghent University, INTEC
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MARTEN Yves
Ghent University
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MARTENS Yves
Ghent University, INTEC-IMEC
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Vos Benoit
Imec
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Devos Arnaud
Melexis
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CHASLES Olivier
Melexis
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DE PAUW
Melexis
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CHEN Wei
Ghent University, INTEC IMEC
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OSSIEUR Peter
Fund for Scientific Research (FWO Vlaanderen)
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VERHULST Dieter
IMEC
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TORFS Guy
Department of Information Technology of Ghent University
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LI Zhisheng
Department of Information Technology of Ghent University
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BAUWELINCK Johan
Department of Information Technology of Ghent University
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YIN Xin
Department of Information Technology of Ghent University
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VANDEWEGE Jan
Department of Information Technology of Ghent University
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Chen Wei
Ghent University Intec Imec
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VOS Benoit
Alcatel Research & Innovation
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Yin Xin
The Department Of Information Technology Of Ghent University/imec
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Bauwelinck Johan
The Department Of Information Technology Of Ghent University/imec
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Vandewege Jan
The Department Of Information Technology Of Ghent University/imec
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Torfs Guy
The Department Of Information Technology Of Ghent University/imec
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LI Zhisheng
the Department of Information Technology of Ghent University/IMEC
著作論文
- Fast Consecutive Zero and One bits Detection Circuits for a 1.25 Gbit/s Burst Mode Laser Driver(Communication Devices/Circuits)
- A Burst-Mode Laser Transmitter with Fast Digital Power Control for a 155 Mb/s Upstream PON(The IEICE Transactions on Communications, Vol.E86-B, No.5)
- A Burst-Mode Laser Transmitter with Fast Digital Power Control for a 155 Mb/s Upstream PON ( Recent Progress in Optoelectronics and Communications)
- Design of Automotive VCSEL Transmitter with On-Chip Feedforward Optical Power Control
- An Improved Current-Mode Squarer/Divider Circuit for Automotive Applications
- A Current-Steering DAC Architecture with Novel Switching Scheme for GPON Burst-Mode Laser Drivers(Electronic Circuits)
- Current Mode Circuits for Fast and Accurate Optical Level Monitoring with Wide Dynamic Range(Devices/Circuits for Communications)
- A Low-Power Reduced Kick-Back Comparator with Improved Calibration for High-Speed Flash ADCs
- A New Common-Mode Stabilization Method for a CMOS Cascode Class-E Power Amplifier with Driver Stage