To realize a Software Defined Radio covering the mainstream 0.5-6 GHz wireless communication bands, new SAW-less radio receiver architectures are being explored which realize selectivity in a more flexible and programmable fashion. N-path filters and mixer-first receivers can offer high-linearity high-Q RF-filtering around a center frequency defined by a digital clock, which offers the desired flexible programmability. This paper reviews recent research on N-path filters and mixer-first receivers, identifies advances in performance analysis, circuit performance and applications
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
Two ways of interference filtering, namely mixer-first receiver with acoustic filter load and N-path...
N-path filters can offer high-linearity high-Q channel selection filtering at a flexibly programmabl...
Radio receivers should be robust to large out-of-band blockers with small degradation in their sensi...
This research aims at creating broadband tunable, fully integrated filters for the application of co...
Wide programmability is increasingly desirable in transceiver designs. Due to the proliferation of f...
a universal wideband receiver supporting multi-band multi-stan-dard wireless communications offers t...
Two ways of achieving a reconfigurable RF receiver system, namely a mixer-first receiver system and ...
Smartphones play an essential role in our daily life. Connected to the internet, we can easily keep ...
Nowadays, wireless devices cover numerous wireless communication standards where almost for each one...
In this thesis N-path switched-RC circuits are explored, aiming for RF prefiltering for wireless tra...
Due to the proliferation of frequency bands that need to be supported in wireless standards, such as...
Fragmented spectrum allocations at RF and mm-Wave, increased use of carrier aggregation/MIMO and den...
Wireless networks have had a significant impact on the world as far back as World War II. Through th...
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
Two ways of interference filtering, namely mixer-first receiver with acoustic filter load and N-path...
N-path filters can offer high-linearity high-Q channel selection filtering at a flexibly programmabl...
Radio receivers should be robust to large out-of-band blockers with small degradation in their sensi...
This research aims at creating broadband tunable, fully integrated filters for the application of co...
Wide programmability is increasingly desirable in transceiver designs. Due to the proliferation of f...
a universal wideband receiver supporting multi-band multi-stan-dard wireless communications offers t...
Two ways of achieving a reconfigurable RF receiver system, namely a mixer-first receiver system and ...
Smartphones play an essential role in our daily life. Connected to the internet, we can easily keep ...
Nowadays, wireless devices cover numerous wireless communication standards where almost for each one...
In this thesis N-path switched-RC circuits are explored, aiming for RF prefiltering for wireless tra...
Due to the proliferation of frequency bands that need to be supported in wireless standards, such as...
Fragmented spectrum allocations at RF and mm-Wave, increased use of carrier aggregation/MIMO and den...
Wireless networks have had a significant impact on the world as far back as World War II. Through th...
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
This paper presents a 0.5-2GHz RF front-end with Series N-path Filter. With series 8-path filter app...
Two ways of interference filtering, namely mixer-first receiver with acoustic filter load and N-path...