Add to ORKGA 250 W dual-band power amplifier belonging to the Class E/F switching amplifier family is presented. The amplifier operates in the 7 MHz and 10 MHz HAM bands, achieving 16 dB and 15 d B gain with power added efficiencies (PAE) of 92% and 87% in those bands, respectively. It utilizes dual-resonant passive input and output networks to achieve high-efficiency Class E/Fodd operation at both frequencies of operation, allowing the same passive networks to be used for both frequency bands without the use of band-select switches
Abstract This paper presents a dual-band power amplifier (PA) using a meandered line bandstop filter...
This article presents the design of a novel dual-band signal cancellation circuit and its applicatio...
This paper presents a study and design of tunable concurrent dual-band receiver. Different system ar...
The Power Amplifier is the most challenging module of a wireless network to design and it is the hig...
The rapid evolution of wireless communication systems and the developmentof new standards require th...
In retrospect we can see that from the last century, wireless electronic technology has been in a ra...
Two compact switchless dual-band load networks for class-E power amplifier (PA) operating at 800 and...
In this paper, a novel technique to design concurrent dual-band high-efficiency harmonic tuned (HT) ...
In the last decades wireless communications has been growing tremendously and given that the trend w...
A new circuit and technique to extend the bandwidth of the Dual Fed Distributed Amplifier (DFDA) whi...
The present invention discloses a new family of switching amplifier classes called class E/F amplifi...
Achieving high efficiency power amplification over multi- octave RF bandwidths pose many design chal...
Power amplifiers in modern and future communications should be able to handle different modulation s...
A new family of switching amplifiers, each member having some of the features of both class E and in...
A 65nm CMOS concurrent dual-band two-stage class-E power amplifier (PA) using high voltage extended-...
Abstract This paper presents a dual-band power amplifier (PA) using a meandered line bandstop filter...
This article presents the design of a novel dual-band signal cancellation circuit and its applicatio...
This paper presents a study and design of tunable concurrent dual-band receiver. Different system ar...
The Power Amplifier is the most challenging module of a wireless network to design and it is the hig...
The rapid evolution of wireless communication systems and the developmentof new standards require th...
In retrospect we can see that from the last century, wireless electronic technology has been in a ra...
Two compact switchless dual-band load networks for class-E power amplifier (PA) operating at 800 and...
In this paper, a novel technique to design concurrent dual-band high-efficiency harmonic tuned (HT) ...
In the last decades wireless communications has been growing tremendously and given that the trend w...
A new circuit and technique to extend the bandwidth of the Dual Fed Distributed Amplifier (DFDA) whi...
The present invention discloses a new family of switching amplifier classes called class E/F amplifi...
Achieving high efficiency power amplification over multi- octave RF bandwidths pose many design chal...
Power amplifiers in modern and future communications should be able to handle different modulation s...
A new family of switching amplifiers, each member having some of the features of both class E and in...
A 65nm CMOS concurrent dual-band two-stage class-E power amplifier (PA) using high voltage extended-...
Abstract This paper presents a dual-band power amplifier (PA) using a meandered line bandstop filter...
This article presents the design of a novel dual-band signal cancellation circuit and its applicatio...
This paper presents a study and design of tunable concurrent dual-band receiver. Different system ar...