An exemplary design demonstrates how to extend the common-mode rejection ratio (CMRR) bandwidth of a CMOS differential amplifier. The design presented uses MOSFETs with a channel length of 180nm. A novel circuit technique is employed that partially compensates for the output capacitance of the tail current sink, thereby more than quadrupling the CMRR bandwidth in the example considered
PostprintThis paper presents an integrated biopotential preamplifier architecture targeting applicat...
Part 20: Electronics: RF ApplicationsInternational audienceThis paper presents a new CMOS buffer cir...
In this paper, a low power and high CMRR Instrumentation Amplifier is presented. It has been designe...
In this paper a technique to improve the common-mode rejection ratio (CMRR) at high frequencies in t...
In this paper the authors analyze the conventional current-feedback operational amplifier (CFOA) in...
The common mode rejection ratio (CMRR) of the single operational amplifier (op amp) differential amp...
Two CMOS current output stages are presented. Compared to the traditional solution, which exhibits u...
A simple method for designing instrumentation fully-differential (FD) circuits based on standard sin...
A novel current operational amplifier, in which the traditionally adopted input current follower is ...
The performance of the current feedback op-amps (CFOAs) is very much determined by the input stage o...
This paper presents a fully differential class-AB current mirror OTA that improves the common-mode b...
Building high precision instruments needs almost ideal operational amplifiers. Effects of offset, co...
W pracy rozważono zagadnienie precyzyjnego pomiaru, przy prądzie przemiennym i zamkniętej pętli sprz...
Abstract Here, a common‐mode rejection ratio (CMRR) enhancement circuit is proposed by employing an ...
Since biomedical signals have very low amplitude and high common-mode like environmental noise, the ...
PostprintThis paper presents an integrated biopotential preamplifier architecture targeting applicat...
Part 20: Electronics: RF ApplicationsInternational audienceThis paper presents a new CMOS buffer cir...
In this paper, a low power and high CMRR Instrumentation Amplifier is presented. It has been designe...
In this paper a technique to improve the common-mode rejection ratio (CMRR) at high frequencies in t...
In this paper the authors analyze the conventional current-feedback operational amplifier (CFOA) in...
The common mode rejection ratio (CMRR) of the single operational amplifier (op amp) differential amp...
Two CMOS current output stages are presented. Compared to the traditional solution, which exhibits u...
A simple method for designing instrumentation fully-differential (FD) circuits based on standard sin...
A novel current operational amplifier, in which the traditionally adopted input current follower is ...
The performance of the current feedback op-amps (CFOAs) is very much determined by the input stage o...
This paper presents a fully differential class-AB current mirror OTA that improves the common-mode b...
Building high precision instruments needs almost ideal operational amplifiers. Effects of offset, co...
W pracy rozważono zagadnienie precyzyjnego pomiaru, przy prądzie przemiennym i zamkniętej pętli sprz...
Abstract Here, a common‐mode rejection ratio (CMRR) enhancement circuit is proposed by employing an ...
Since biomedical signals have very low amplitude and high common-mode like environmental noise, the ...
PostprintThis paper presents an integrated biopotential preamplifier architecture targeting applicat...
Part 20: Electronics: RF ApplicationsInternational audienceThis paper presents a new CMOS buffer cir...
In this paper, a low power and high CMRR Instrumentation Amplifier is presented. It has been designe...