Add to ORKGThe present work deals with the design of low pass filters such as 3rd order Gm-C filter, a duty cycle controlled low pass and a complex band pass filter that can be operated for high frequency applications. The linearity and power consumption of a CMOS Gm-C filter are studied and optimized.\ud Firstly, a doubly terminated 3rd order low-pass Gm-C filter is designed
In this thesis, the relationship among power consumption, linearity and noise performance of a CMOS ...
A new CMOS G(m)-C polyphase filter for Low-IF receiver is presented. As the linearity of the G(m)-C ...
This paper presents two design strategies for realising very low transconductance transconductors em...
The present work deals with the design of low pass filters such as 3rd order Gm-C filter, a duty cyc...
This paper proposes a 3rd-order gm-C filter that operates with the extremely low voltage supply of 0...
This master thesis deals with the problematics of CT filters and focuses on Gm – C filter. Three lin...
A second order fully integrated low pass filter with cut-off frequency variable in the range 1.5-15 ...
This paper describes a preliminary comparative analysis between continuous-time gm-C filters based o...
Gm-C filters suffer from limited dynamic range due to a trade-off between noise and linearity in OTA...
An enhanced gm/I-D methodology is presented. Two more design parameters are added to the original me...
n this paper, a Gm-C Low-pass filter with high linearity and tunable in-band attenuatio...
Part 16: Optimization in ElectronicsInternational audienceAn optimization-based methodology for desi...
In this work, a continuous time low pass filter, with sub-Hz upper band limit, is presented. The cir...
An enhanced gm/ID methodology is presented.Two more design parameters are added to the original meth...
A linearly-tunable ULV transconductor featuring excellent stability of the processed signal common-m...
In this thesis, the relationship among power consumption, linearity and noise performance of a CMOS ...
A new CMOS G(m)-C polyphase filter for Low-IF receiver is presented. As the linearity of the G(m)-C ...
This paper presents two design strategies for realising very low transconductance transconductors em...
The present work deals with the design of low pass filters such as 3rd order Gm-C filter, a duty cyc...
This paper proposes a 3rd-order gm-C filter that operates with the extremely low voltage supply of 0...
This master thesis deals with the problematics of CT filters and focuses on Gm – C filter. Three lin...
A second order fully integrated low pass filter with cut-off frequency variable in the range 1.5-15 ...
This paper describes a preliminary comparative analysis between continuous-time gm-C filters based o...
Gm-C filters suffer from limited dynamic range due to a trade-off between noise and linearity in OTA...
An enhanced gm/I-D methodology is presented. Two more design parameters are added to the original me...
n this paper, a Gm-C Low-pass filter with high linearity and tunable in-band attenuatio...
Part 16: Optimization in ElectronicsInternational audienceAn optimization-based methodology for desi...
In this work, a continuous time low pass filter, with sub-Hz upper band limit, is presented. The cir...
An enhanced gm/ID methodology is presented.Two more design parameters are added to the original meth...
A linearly-tunable ULV transconductor featuring excellent stability of the processed signal common-m...
In this thesis, the relationship among power consumption, linearity and noise performance of a CMOS ...
A new CMOS G(m)-C polyphase filter for Low-IF receiver is presented. As the linearity of the G(m)-C ...
This paper presents two design strategies for realising very low transconductance transconductors em...