The design and test of an E-band (81-86 GHz) down-converter mixer for satellite communications is given in this contribution. The selected topology is the sub-harmonically pumped mixer. The MMIC is designed with VMS's 100 nm GaAs pHEMT technology. Characterization of the mixer shows 13-16 dB conversion loss, 40 dB rejection to LO pump and other intermodulation products at IF port, and simulated IIP3 of +14 dBm
The design, fabrication and testing of broadband fixed-tuned 183 GHz and 366 GHz sub-harmonic mixers...
This thesis treats the design and characterization of different mixer and multifunctional monolithic...
This project briefs Design of Ku x X band Mixer design using MMIC technology.It comes as second stag...
The design and test of an E-band (81-86 GHz) down-converter mixer for satellite communications is gi...
A MMIC double-balanced subharmonic diode ring mixer was designed for broadband satellite communicati...
This paper presents the design flow of a compact GaAs MMIC for Extremely High Frequency...
This paper presents the design flow of a compact GaAs MMIC for Extremely High Frequency...
Abstract — This paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS applicatio...
We present the design and measured results for a 60 GHz double balanced sub-harmonic MMIC mixer fabr...
International audienceThis paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS ...
Several MMIC downconverters have been developed for use in experimental 30/20 GHz Satellite Personal...
An S band, high-linearity down-converter is implemented using a 0.25 um GaAs MMIC pHEMT-process. Usi...
A 38-48-GHz miniature sub-harmonically pumped mixer has been developed using GaAs 0.15-mpHEMT techno...
This paper focuses on design of resistive HEMT mixers suited for satellite repeaters where conversio...
In recent years, the increasing amount of data transmission, the need for automotiveradars, and stan...
The design, fabrication and testing of broadband fixed-tuned 183 GHz and 366 GHz sub-harmonic mixers...
This thesis treats the design and characterization of different mixer and multifunctional monolithic...
This project briefs Design of Ku x X band Mixer design using MMIC technology.It comes as second stag...
The design and test of an E-band (81-86 GHz) down-converter mixer for satellite communications is gi...
A MMIC double-balanced subharmonic diode ring mixer was designed for broadband satellite communicati...
This paper presents the design flow of a compact GaAs MMIC for Extremely High Frequency...
This paper presents the design flow of a compact GaAs MMIC for Extremely High Frequency...
Abstract — This paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS applicatio...
We present the design and measured results for a 60 GHz double balanced sub-harmonic MMIC mixer fabr...
International audienceThis paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS ...
Several MMIC downconverters have been developed for use in experimental 30/20 GHz Satellite Personal...
An S band, high-linearity down-converter is implemented using a 0.25 um GaAs MMIC pHEMT-process. Usi...
A 38-48-GHz miniature sub-harmonically pumped mixer has been developed using GaAs 0.15-mpHEMT techno...
This paper focuses on design of resistive HEMT mixers suited for satellite repeaters where conversio...
In recent years, the increasing amount of data transmission, the need for automotiveradars, and stan...
The design, fabrication and testing of broadband fixed-tuned 183 GHz and 366 GHz sub-harmonic mixers...
This thesis treats the design and characterization of different mixer and multifunctional monolithic...
This project briefs Design of Ku x X band Mixer design using MMIC technology.It comes as second stag...