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In this paper, on-wafer de-embedding methods for passive components are evaluated for millimeter wave integrated circuit (MMW IC) design support. An electromagnetic simulation aided de-embedding (EMSAD) technique is proposed. The electromagnetic model is calibrated by matching the open-short de-embedded measurement at relatively lower frequencies. A set of Ground Coplanar Waveguide (GCPW) test structures...
In this paper, an automatic parameter extraction and scalable modeling method for 1∼100GHz transmission line based on the equivalent-circuit model proposed in [1] is established. The parameters are extracted from electromagnetic simulations which are validated by the measurement date of the devices fabricated on HLMC 40nm RF CMOS process. This method is validated by application to scalable modeling...
In this paper, we evaluate the distributed deembedding methods in comparison with open-short deembedding technique for CMOS transistor on wafer characterization up to 40GHz. A set of NMOS transistor test structures fabricated on HLMC 40nm RF CMOS process are used for the investigation. Experimental results show the distributed methods are more physically reasonable than open-short deembedding technique...
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