The central question of this paper is: can we enhance the spectral purity of nonlinear circuits with the help of polyphase multipath circuits. Polyphase multipath circuits are circuits with two or more paths that exploit phase differences between the paths to cancel unwanted signals. It turns out that it is very well possible to cancel distortion products produced by a nonlinear circuit. Unfortunately, there are also some spectral components that cannot be cancelled with the polyphase multipath circuits. In this paper tables are presented that can easily be used to predict which spectral components are cancelled and which are not cancelled for a certain polyphase multipath circuit
The requirements on the linearization algorithm stemming from the use of a nonlinear amplifier to dr...
This section presents a method to improve the linearity of current steering (CS) digital-to-analog c...
This thesis proposes new nonlinear distortion cancellation schemes based on mathematical and simulat...
The central question of this paper is: can we enhance the spectral purity of nonlinear circuits with...
t is well known that in balanced (or differential) circuits, all even harmonics are canceled. This c...
In recent publications the Poly-phase multipath technique has been shown to produce a clean output s...
This work proposes a direct conversion transmitter architecture intended for cognitive radio applica...
Modern communication systems require a wide variety of linear and nonlinear circuits such as power a...
This paper presents a new solution for filtering current harmonics in three-phase four-wire networks...
Udgivelsesdato: AugustThis paper presents a new solution for filtering current harmonics in three-ph...
Abstract—Transmitter circuits using large signal swings and hard-switched mixers are power-efficient...
ABSTRACT Dynamic access of unused spectrum via a cognitive radio asks for flexible radio circuits th...
Abstract: In this chapter we discuss flexible cognitive radio circuits for dynamic access of unused ...
It is widely recognized that multicarrier systems such as orthogonal frequency division multiplexin...
This paper presents a new circuit capable of balancing harmonics-polluted three-phase power networks...
The requirements on the linearization algorithm stemming from the use of a nonlinear amplifier to dr...
This section presents a method to improve the linearity of current steering (CS) digital-to-analog c...
This thesis proposes new nonlinear distortion cancellation schemes based on mathematical and simulat...
The central question of this paper is: can we enhance the spectral purity of nonlinear circuits with...
t is well known that in balanced (or differential) circuits, all even harmonics are canceled. This c...
In recent publications the Poly-phase multipath technique has been shown to produce a clean output s...
This work proposes a direct conversion transmitter architecture intended for cognitive radio applica...
Modern communication systems require a wide variety of linear and nonlinear circuits such as power a...
This paper presents a new solution for filtering current harmonics in three-phase four-wire networks...
Udgivelsesdato: AugustThis paper presents a new solution for filtering current harmonics in three-ph...
Abstract—Transmitter circuits using large signal swings and hard-switched mixers are power-efficient...
ABSTRACT Dynamic access of unused spectrum via a cognitive radio asks for flexible radio circuits th...
Abstract: In this chapter we discuss flexible cognitive radio circuits for dynamic access of unused ...
It is widely recognized that multicarrier systems such as orthogonal frequency division multiplexin...
This paper presents a new circuit capable of balancing harmonics-polluted three-phase power networks...
The requirements on the linearization algorithm stemming from the use of a nonlinear amplifier to dr...
This section presents a method to improve the linearity of current steering (CS) digital-to-analog c...
This thesis proposes new nonlinear distortion cancellation schemes based on mathematical and simulat...