The development, fabrication, and testing of five image and sum frequency enhanced mixed diode converters are discussed. Design specifications include a RF band of 11.7 to 12.2 GHz, an IF band of 1.0 to 1.5 GHz, an IF return loss of 10 db, band center of 6.2 db, band edge of 6.7 db, LO frequency of 10.7 GHz, LO power of 20 dbm, and a conversion gain of 15.8 db. The converter is also capable of 30 db below desired signals for the third order intermodulation product level for twelve -75 dbm carriers
In this paper, an ultra wide-band single balanced diode mixer based on multi-section coupled line ba...
The purpose of this thesis is to present a design for a balanced microwave mixer, operating in the X...
Reducing conversion loss in semiconductor mixers of millimeter wave receivers used in radiometry and...
The results of the initial implementation of the proposed design, the design modifications, and limi...
The design, fabrication, and evaluation of a single ended 12 GHz down-converter suitable for use in ...
Contains reports on three research projects.National Aeronautics and Space Administration (Grant NGL...
Work on the development of an improved 183 GHz subharmonic mixer was concentrated in two areas. Firs...
Differential implementation is becoming highly favoured in RFIC (radio frequency integrated circuit)...
This paper describes the design and realization of a wide band single balanced fully integrated up-c...
We report the design and evaluation of a broadband, balanced mixer for 100-140 GHz using a HEMT MMIC...
In this paper a model is presented to predict RF mixer conversion gain as a function of the Local Os...
Design, packaging, circuitry, and testing of solid state superhigh frequency transmitter using step ...
Our goal is to overview semiconductor mixers designed for good large signal performance. Twelve diff...
The increased demand of high data rate, low latency and wider bandwidth is pushing the wireless comm...
The paper describes the design of a V band single balanced mixer to be employed in the front end of...
In this paper, an ultra wide-band single balanced diode mixer based on multi-section coupled line ba...
The purpose of this thesis is to present a design for a balanced microwave mixer, operating in the X...
Reducing conversion loss in semiconductor mixers of millimeter wave receivers used in radiometry and...
The results of the initial implementation of the proposed design, the design modifications, and limi...
The design, fabrication, and evaluation of a single ended 12 GHz down-converter suitable for use in ...
Contains reports on three research projects.National Aeronautics and Space Administration (Grant NGL...
Work on the development of an improved 183 GHz subharmonic mixer was concentrated in two areas. Firs...
Differential implementation is becoming highly favoured in RFIC (radio frequency integrated circuit)...
This paper describes the design and realization of a wide band single balanced fully integrated up-c...
We report the design and evaluation of a broadband, balanced mixer for 100-140 GHz using a HEMT MMIC...
In this paper a model is presented to predict RF mixer conversion gain as a function of the Local Os...
Design, packaging, circuitry, and testing of solid state superhigh frequency transmitter using step ...
Our goal is to overview semiconductor mixers designed for good large signal performance. Twelve diff...
The increased demand of high data rate, low latency and wider bandwidth is pushing the wireless comm...
The paper describes the design of a V band single balanced mixer to be employed in the front end of...
In this paper, an ultra wide-band single balanced diode mixer based on multi-section coupled line ba...
The purpose of this thesis is to present a design for a balanced microwave mixer, operating in the X...
Reducing conversion loss in semiconductor mixers of millimeter wave receivers used in radiometry and...