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This work exploits the well-known g m over I D methodology to develop a novel approach to optimize the design of regulated cascode amplifiers (RgC).
A novel design optimization framework for regulated cascode transimpedance amplifiers ; 978-1-5386-3974-0/17/$31.00 ©2017 IEEE ; Bari, Italy ; Spokane, WA.
Abstract—This work exploits the well-known gm over ID methodology to develop a novel approach to optimize the design of regulated cascode amplifiers (RGC).
This work exploits the well-known gm over ID methodology to develop a novel approach to optimize the design of regulated cascode amplifiers (RgC) by ...
Abstract—This work exploits the well-known gm over ID methodology to develop a novel approach to optimize the design of regulated cascode amplifiers (RGC).
This paper presents an approach using gm/ID methodology for the design of the regulated cascode circuit (RGC) transimpedance amplifier (TIA) for optical ...
A novel design optimization framework for regulated cascode transimpedance amplifiers. G Piccinni, G Avitabile, G Coviello, C Talarico. 2017 European ...
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A novel design optimization framework for regulated cascode transimpedance amplifiers · G. PiccinniG. AvitabileG. CovielloC. Talarico. Engineering, Physics.
This paper presents a framework for the design of the inverter cascode (InvCas) transimpedance (TIA) for the optical receiver's front-end.
Jan 1, 2020 · This paper presents an approach using gm/ID methodology for the design of the regulated cascode circuit (RGC) transimpedance amplifier (TIA) ...