A fully digital 1 to 3 GHz multimode transmitter is presented which contains two RF modulators: One uses baseband (BB) PWM, while the other uses RF PWM. RF PWM produces less harmonics, while BB PWM has a higher dynamic range (DR) and consumes less power. The BB PWM system satisfies the WLAN EVM limit over the whole frequency range. The RF PWM system achieves sufficient EVM for standards such as EDGE and WCDMA. Both systems support the use of multiple PAs to extend the DR using multilevel PWM.status: publishe
This thesis presents the design and implementation of digital millimeter-wave transmitters, in silic...
In order to meet the increasing demands of wireless communication for ISM bands, a 433 MHz transmitt...
This thesis is directed towards the development of a digitally-assisted radio frequency power amplif...
© 2015 IEEE. A fully digital 0.9GHz-2.6GHz multimode modulator based on the principle of RF-PWM is p...
A fully digital multimode transmitter front-end for wireless communication in the GHz-range is prese...
| openaire: EC/H2020/704947/EU//ADVANTAG5We present a prototype RF transmitter with an integrated mu...
The market for wireless portable devices has grown signicantly over the recent years.Wireless device...
This book describes the design of fully digital multistandard transmitter front-ends which can direc...
A transformer-combined fully-integrated reconfigurable RF PA architecture for fully digital transmit...
A novel non-contiguous concurrent multiband digital-RF transmitter architecture is pre-sented, which...
The carrier-frequency (CF) and intermediate-frequency (IF) pulse-width modulators (PWMs) based on de...
Modern wireless devices often have to support multiple communication standards while keeping their p...
DoctorFlexible and reconfigurable radio frequency (RF) transmitters with multimode and multiband cap...
Current radio frequency power amplifiers in 3G base stations have very high power consumption leadin...
This work presented the first broadband PWM-controlled RF SMPA driver reaching 8.04Vpp up to 3.6GHz ...
This thesis presents the design and implementation of digital millimeter-wave transmitters, in silic...
In order to meet the increasing demands of wireless communication for ISM bands, a 433 MHz transmitt...
This thesis is directed towards the development of a digitally-assisted radio frequency power amplif...
© 2015 IEEE. A fully digital 0.9GHz-2.6GHz multimode modulator based on the principle of RF-PWM is p...
A fully digital multimode transmitter front-end for wireless communication in the GHz-range is prese...
| openaire: EC/H2020/704947/EU//ADVANTAG5We present a prototype RF transmitter with an integrated mu...
The market for wireless portable devices has grown signicantly over the recent years.Wireless device...
This book describes the design of fully digital multistandard transmitter front-ends which can direc...
A transformer-combined fully-integrated reconfigurable RF PA architecture for fully digital transmit...
A novel non-contiguous concurrent multiband digital-RF transmitter architecture is pre-sented, which...
The carrier-frequency (CF) and intermediate-frequency (IF) pulse-width modulators (PWMs) based on de...
Modern wireless devices often have to support multiple communication standards while keeping their p...
DoctorFlexible and reconfigurable radio frequency (RF) transmitters with multimode and multiband cap...
Current radio frequency power amplifiers in 3G base stations have very high power consumption leadin...
This work presented the first broadband PWM-controlled RF SMPA driver reaching 8.04Vpp up to 3.6GHz ...
This thesis presents the design and implementation of digital millimeter-wave transmitters, in silic...
In order to meet the increasing demands of wireless communication for ISM bands, a 433 MHz transmitt...
This thesis is directed towards the development of a digitally-assisted radio frequency power amplif...