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Transactions: WSEAS TRANSACTIONS ON ELECTRONICS
Transactions ID Number: 31-868
Full Name: Bolin Ke
Position: Professor
Age: ON
Sex: Female
Address: No.8 South Qian Hu Road Ningbo
Country: CHINA
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E-mail address: bolinke@tom.com
Other E-mails: gaoyibo@gmail.com
Title of the Paper: Design of MMIC Based on Mean Selection Methed and Research the Model of MMIC Non-Dissipative MESFET
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Number of paper pages: 10
Abstract: Multi-object mean selection, an efficient method applicable to design mean of monolithic microwave integrated circuits (MMIC), is presented in this article. Based on theories of Monte Carlo analysis and yield histogram, this method first extracts multi-object mean points from yield histograms, then picks out optimal mean upon them by yield comparison. In the implementation of this method , a combination of interpolation sampling, parametric sampling and sample recognition methods is developed to improve Monte Carlo analysis, which keeps accuracy and attains more efficiency. With this advanced numeric physical models, the method of multi-object mean selection becomes far more accurate and reliable for MMIC designing. Analysis on the principle and characteristic of Non-dissipative MESFET mixer circuit has been discussed in detail in this paper. During research of CAD of this type of mixer,the technique of expanding the MESFET model has been offered. On the basis abov!
e,the 12.4~18GHz non-dissipative MESFET mixer have been designed . The mixer performs -3dB of conversion gain.
Keywords: CAD;MESFET mixer; MMIC; Transfer characteristics; Local oscillation; Non-dissipative
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