Comparison of three different sub-harmonic mixers implemented in SiGe process technology for the 60GHz license free frequency band
Ilay Levie, S.J. Spiegel, Raphael Kastner
Abstract
Ilay Levie, S.J. Spiegel, Raphael Kastner
Abstract
In this paper three sub-harmonic mixers where designed for the 60GHz frequency band using Jazz SBC18hx process. The detailed design of 4th sub-harmonic mixer is presented which is based on the linear abstraction for mixers. A method to extract the ABCD parameters of the mixer from a general purpose harmonic balance simulation results is created. These parameters are used to properly match the mixer. The performance of 2nd sub-harmonic passive mixer with the same topology and that of an active 2nd sub-harmonic Gilbert based mixer are presented. The results of the three mixers are compared.
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In this paper three sub-harmonic mixers where designed for the 60GHz frequency band using Jazz SBC18hx process. The detailed design of 4th sub-harmonic mixer is presented which is based on the linear abstraction for mixers. A method to extract the ABCD parameters of the mixer from a general purpose harmonic balance simulation results is created. These parameters are used to properly match the mixer. The performance of 2nd sub-harmonic passive mixer with the same topology and that of an active 2nd sub-harmonic Gilbert based mixer are presented. The results of the three mixers are compared.
Key concepts: Harmonic mixer, Electronic mixer, Frequency mixer, Harmonic balance, Harmonic, Harmonic analysis, Electronic engineering, Process (computing)