In this paper, we describe the validation of the modeling of a power amplifier. The model used is a memory polynomial model. We propose a method of identification in the frequency domain, from characteristic points (in amplitude and in phase) which are the fundamental and the inter-modulation tones. We then describe the realization of a test-bench suitable for the validation of this model
With the advent of spectrally efficient wireless communication systems employing modulation schemes ...
Radio frequency power amplifiers play a key role in transceivers for mobile communications and their...
International audienceIn this paper, we present a new identification procedure for radio frequency p...
In this paper, we describe the validation of the modeling of a power amplifier. The model used is a ...
In this paper, we describe the validation of the modeling of a power amplifier. The model used is a ...
Abstract—In this paper, we describe the validation of the modeling of a power amplifier. The model u...
In this paper we present measured in- and output data of a power amplifier (PA). We compare this dat...
Two novel memory polynomial models are derived based on physical knowledge of a general power amplif...
Two novel memory polynomial models are derived based on physical knowledge of a general power amplif...
Abstract — In this paper, we present a new identification proce-dure for radio frequency Power Ampli...
Polynomials have been extensively used to model power amplifier (PA) behavior because of their linea...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
With the advent of spectrally efficient wireless communication systems employing modulation schemes ...
Radio frequency power amplifiers play a key role in transceivers for mobile communications and their...
International audienceIn this paper, we present a new identification procedure for radio frequency p...
In this paper, we describe the validation of the modeling of a power amplifier. The model used is a ...
In this paper, we describe the validation of the modeling of a power amplifier. The model used is a ...
Abstract—In this paper, we describe the validation of the modeling of a power amplifier. The model u...
In this paper we present measured in- and output data of a power amplifier (PA). We compare this dat...
Two novel memory polynomial models are derived based on physical knowledge of a general power amplif...
Two novel memory polynomial models are derived based on physical knowledge of a general power amplif...
Abstract — In this paper, we present a new identification proce-dure for radio frequency Power Ampli...
Polynomials have been extensively used to model power amplifier (PA) behavior because of their linea...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
International audienceThis paper presents a new time-domain model of radio frequency power amplifier...
With the advent of spectrally efficient wireless communication systems employing modulation schemes ...
Radio frequency power amplifiers play a key role in transceivers for mobile communications and their...
International audienceIn this paper, we present a new identification procedure for radio frequency p...