This paper presents a linearisation technique which aims to cancel out the third order distortion of a CMOS triode transconductor due to the mobility reduction effect of the conversion transistors. The transconductor consist of a parallel operating voltage and current biased differential pair. It is realised in a 0.8 ¿m CMOS process. Simulation results, obtained with state-of-the-art MOS models, show a significant deviation from the measurement results. It is shown that the third order distortion prediction of the generally used `&thetas;-model' for mobility reduction is rather poor in the triode regio
Abstract—This paper presents a fully balanced structure of a CMOS operational transconductance ampli...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
This paper presents a modified design method for linear transconductor circuit in 130 nm CMOS techn...
Third order distortion is reduced in a CMOS transconductor circuit that includes a first N-channel t...
This research presents three works all related by the subject of third-order distortion reduction in...
Software-defined radio receivers increasingly exploit linear RF V-I conversion, instead of RF voltag...
This paper describes a method for analysis and design of MOS voltage-to-current converters (V–I conv...
A linear, tunable CMOS transconductance stage is introduced. Drain voltage of the input transistor o...
A novel tunable transconductor is presented. Input transistors operate in the triode region to achi...
The present work describes the design and analysis of an operational transconductance amplifier (vol...
The implications for radio frequency circuit design of the nonlinear behavior of a MOSFET transistor...
In this paper we present the first proof that a Darlington transistor has an inherent nulling effect...
A common current source, generally used to bias cross-coupled differential amplifiers in a transcond...
We present a new method for calculating the total harmonic distortion (THID) and the third harmonic ...
Typescript (photocopy).Transconductance elements are useful active building blocks in fully-monoloth...
Abstract—This paper presents a fully balanced structure of a CMOS operational transconductance ampli...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
This paper presents a modified design method for linear transconductor circuit in 130 nm CMOS techn...
Third order distortion is reduced in a CMOS transconductor circuit that includes a first N-channel t...
This research presents three works all related by the subject of third-order distortion reduction in...
Software-defined radio receivers increasingly exploit linear RF V-I conversion, instead of RF voltag...
This paper describes a method for analysis and design of MOS voltage-to-current converters (V–I conv...
A linear, tunable CMOS transconductance stage is introduced. Drain voltage of the input transistor o...
A novel tunable transconductor is presented. Input transistors operate in the triode region to achi...
The present work describes the design and analysis of an operational transconductance amplifier (vol...
The implications for radio frequency circuit design of the nonlinear behavior of a MOSFET transistor...
In this paper we present the first proof that a Darlington transistor has an inherent nulling effect...
A common current source, generally used to bias cross-coupled differential amplifiers in a transcond...
We present a new method for calculating the total harmonic distortion (THID) and the third harmonic ...
Typescript (photocopy).Transconductance elements are useful active building blocks in fully-monoloth...
Abstract—This paper presents a fully balanced structure of a CMOS operational transconductance ampli...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
This paper presents a modified design method for linear transconductor circuit in 130 nm CMOS techn...