Add to ORKGThis paper presents a new kind of behavioral model structure for characterizing static nonlinearities in dynamically supplied RF power amplifiers. The proposed architecture is based on the combination of several basic cells and it is focused to simplify the real-time design and implementation of adaptive shaping functions devoted to improve the efficiency in systems controlled by digital signal processors with tight computational capabilities, such is the case of handsets and small-cells.Peer Reviewe
This paper deals with behavioral modeling of power amplifiers (PAs) for envelope tracking (ET) appli...
This paper presents linearity improvement of power amplifiers (PAs) with envelope tracking (ET) modu...
In this paper, we present an envelope-domain behavioral model of a high-power RF amplifier. In this ...
This paper presents a new kind of behavioral model structure for characterizing static nonlinearitie...
High data rates and tight spectral limitations in wireless communication systems require high fideli...
We present an algorithm for the real-time inversion of a two-input behavioral model applicable to su...
Abstract — This paper presents a novel and non quasi static behavioral ( black box) model of power ...
Nowadays envelope tracking (ET) is considered one of the most appealing techniques for the efficienc...
In this paper we present a comparison of dual input single output static polynomial models for behav...
This paper presents behavioral modeling of an envelope tracking (ET) power amplifier (PA) excited b...
Envelope Tracking (ET) is one of the most deployed efficiency enhancement techniques to improve effi...
This paper presents an envelope linearization technique to compensate for the nonlinear distortion o...
Radio frequency (RF) communications are limited to a number of frequency bands scattered over the ra...
International audienceThe RF front-end in modern communication systems is faced with variable envelo...
none5siWe propose a three-port nonlinear dynamic behavioral model for supply-modulated power amplifi...
This paper deals with behavioral modeling of power amplifiers (PAs) for envelope tracking (ET) appli...
This paper presents linearity improvement of power amplifiers (PAs) with envelope tracking (ET) modu...
In this paper, we present an envelope-domain behavioral model of a high-power RF amplifier. In this ...
This paper presents a new kind of behavioral model structure for characterizing static nonlinearitie...
High data rates and tight spectral limitations in wireless communication systems require high fideli...
We present an algorithm for the real-time inversion of a two-input behavioral model applicable to su...
Abstract — This paper presents a novel and non quasi static behavioral ( black box) model of power ...
Nowadays envelope tracking (ET) is considered one of the most appealing techniques for the efficienc...
In this paper we present a comparison of dual input single output static polynomial models for behav...
This paper presents behavioral modeling of an envelope tracking (ET) power amplifier (PA) excited b...
Envelope Tracking (ET) is one of the most deployed efficiency enhancement techniques to improve effi...
This paper presents an envelope linearization technique to compensate for the nonlinear distortion o...
Radio frequency (RF) communications are limited to a number of frequency bands scattered over the ra...
International audienceThe RF front-end in modern communication systems is faced with variable envelo...
none5siWe propose a three-port nonlinear dynamic behavioral model for supply-modulated power amplifi...
This paper deals with behavioral modeling of power amplifiers (PAs) for envelope tracking (ET) appli...
This paper presents linearity improvement of power amplifiers (PAs) with envelope tracking (ET) modu...
In this paper, we present an envelope-domain behavioral model of a high-power RF amplifier. In this ...