Design of low loss with an enhanced thermal profile power divider/combiner for high power dual-band Radio Frequency (RF) power amplifier applications is given. The practical implementation, low loss and substrate characteristics make this type of combiner ideal for high power microwave applications. The combiner operational frequencies are chosen to operate at 900 MHz and 2.14 GHz, which are common frequencies for concurrent dual band RF power amplifiers. The analytical results are verified with simulation results for various cases and agreement has been observed on all of them.Article number: 7297272</p
Today, there is an increasing demand for wideband, high power solid state amplifiers operating in th...
In this article, a new on-chip power combining technique by using impedance matching Wilkinson power...
Due to congestion in the low microwave frequency bands new commercial and military applications are ...
Design of low loss with an enhanced thermal profile power divider/combiner for high power dual-band ...
Design of low loss with an enhanced thermal profile power divider/combiner for high power dual-band ...
We propose a new microwave power divider/combiner with multiple-port doubleladder structure for use ...
With the rapid advancements of the military and commercial communications systems, the demands for h...
This paper presents a novel power amplifier (PA) architecture for amplifying dual-carrier signals wi...
RF power amplifiers are one of challenging blocks in designing radio frequency transceivers, this is...
RF power amplifiers are one of challenging blocks in designing radio frequency transceivers, this is...
This paper presents modeling and analysis of the realization of high-power broadband RF power amplif...
This article presents the design and fabrication of a high power amplifier based on wilkinson power ...
This work deals with high-frequency power amplifiers. In the theoretical part are briefly summarized...
Within the presented thesis 2, 4 and 8 way power combiner structures which have a square-coaxial tra...
In recent high power microwave systems, power generation is commonly achieved by combining a bunch o...
Today, there is an increasing demand for wideband, high power solid state amplifiers operating in th...
In this article, a new on-chip power combining technique by using impedance matching Wilkinson power...
Due to congestion in the low microwave frequency bands new commercial and military applications are ...
Design of low loss with an enhanced thermal profile power divider/combiner for high power dual-band ...
Design of low loss with an enhanced thermal profile power divider/combiner for high power dual-band ...
We propose a new microwave power divider/combiner with multiple-port doubleladder structure for use ...
With the rapid advancements of the military and commercial communications systems, the demands for h...
This paper presents a novel power amplifier (PA) architecture for amplifying dual-carrier signals wi...
RF power amplifiers are one of challenging blocks in designing radio frequency transceivers, this is...
RF power amplifiers are one of challenging blocks in designing radio frequency transceivers, this is...
This paper presents modeling and analysis of the realization of high-power broadband RF power amplif...
This article presents the design and fabrication of a high power amplifier based on wilkinson power ...
This work deals with high-frequency power amplifiers. In the theoretical part are briefly summarized...
Within the presented thesis 2, 4 and 8 way power combiner structures which have a square-coaxial tra...
In recent high power microwave systems, power generation is commonly achieved by combining a bunch o...
Today, there is an increasing demand for wideband, high power solid state amplifiers operating in th...
In this article, a new on-chip power combining technique by using impedance matching Wilkinson power...
Due to congestion in the low microwave frequency bands new commercial and military applications are ...