An advanced design procedure for MMIC GaAs direct-coupled transimpedance amplifier for gigabit/second-rate optical communication systems is presented. A transimpedance gain of 67 dBOMEGA up to 2.5 GHz has been demonstrated. A complete set of simulated and measured results are presented to confirm the effectiveness of the design approach. The design and the realization have been performed within the framework of ESPRIT Project No. 5018 COSMIC
International audienceThis paper presents the design and performance of a single-ended transimpedanc...
The present paper describes an array of GaAs monolithic front-end amplifiers, to be used in a large ...
A 3-stage dual TransImpedance Ampffier (TIA) on one 2x7.8 mm2 GaAs chip with 0.2 pm pHEMT technologt...
The paper presents the development of MMIC GaAs tran-simpedance amplifiers for optical systems, carr...
The design, implementation and test results of a simple GaAs Monolithic Transimpedance Amplifier wit...
A monolithic transimpedance amplifier with adjustable bandwidth for optical links in the range 155 M...
This paper reports a distributed baseband transimpedance amplifier for optical links up to 10 Gb/s. ...
Three different GaAs Monolithic Transimpedance Amplifier topologies for low noise and high speed opt...
A GaAs monolithic bandwidth-gain control transimpedance amplifier for optical communication links ad...
This paper demonstrates the feasibility of MMIC transimpedance amplifiers able to improve the global...
The desii, implementation and test results of a simple (A & Monolithic Traasimpedanee Amplifier ...
© 2018 IEEE. A transimpedance amplifier for optical communication system is presented in this study....
Abstract- Multi Gbit/sec transimpedance amplifier (TIA) for optical receiver front end is designed i...
The dramatic growth of data transportation volume and speed over Internet in recent years entails th...
A 3-stage dual TransImpedance Amplifier (TIA) on one 2x1.8 mm2 GaAs chip with 0.2 µm pHEMT technolog...
International audienceThis paper presents the design and performance of a single-ended transimpedanc...
The present paper describes an array of GaAs monolithic front-end amplifiers, to be used in a large ...
A 3-stage dual TransImpedance Ampffier (TIA) on one 2x7.8 mm2 GaAs chip with 0.2 pm pHEMT technologt...
The paper presents the development of MMIC GaAs tran-simpedance amplifiers for optical systems, carr...
The design, implementation and test results of a simple GaAs Monolithic Transimpedance Amplifier wit...
A monolithic transimpedance amplifier with adjustable bandwidth for optical links in the range 155 M...
This paper reports a distributed baseband transimpedance amplifier for optical links up to 10 Gb/s. ...
Three different GaAs Monolithic Transimpedance Amplifier topologies for low noise and high speed opt...
A GaAs monolithic bandwidth-gain control transimpedance amplifier for optical communication links ad...
This paper demonstrates the feasibility of MMIC transimpedance amplifiers able to improve the global...
The desii, implementation and test results of a simple (A & Monolithic Traasimpedanee Amplifier ...
© 2018 IEEE. A transimpedance amplifier for optical communication system is presented in this study....
Abstract- Multi Gbit/sec transimpedance amplifier (TIA) for optical receiver front end is designed i...
The dramatic growth of data transportation volume and speed over Internet in recent years entails th...
A 3-stage dual TransImpedance Amplifier (TIA) on one 2x1.8 mm2 GaAs chip with 0.2 µm pHEMT technolog...
International audienceThis paper presents the design and performance of a single-ended transimpedanc...
The present paper describes an array of GaAs monolithic front-end amplifiers, to be used in a large ...
A 3-stage dual TransImpedance Ampffier (TIA) on one 2x7.8 mm2 GaAs chip with 0.2 pm pHEMT technologt...