Microstrip equivalent parasitics modeling of RFIC interconnects
Jayanta Mukherjee, Inwon Suh, Yao‐Chian Lin, Maryam Shojaei Baghini, Young-Gi Kim, Patrick Roblin, Wan Rone Liou
Abstract
Jayanta Mukherjee, Inwon Suh, Yao‐Chian Lin, Maryam Shojaei Baghini, Young-Gi Kim, Patrick Roblin, Wan Rone Liou
Abstract
We experimentally demonstrate a modeling methodology for inductive parasitics of RFIC interconnects. The method exploits the equivalence between a microstrip line and the cross section of a multi metal layer CMOS fabrication process. The proposed model is applied on an oscillator fabricated in a standard 0.18μm mixed mode CMOS process. We compare the experimental results of the phase noise of the oscillator so fabricated with the simulation results using the microstrip equivalent model for the interconnects. The simulation and experimental results match very closely.
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We experimentally demonstrate a modeling methodology for inductive parasitics of RFIC interconnects. The method exploits the equivalence between a microstrip line and the cross section of a multi metal layer CMOS fabrication process. The proposed model is applied on an oscillator fabricated in a standard 0.18μm mixed mode CMOS process. We compare the experimental results of the phase noise of the oscillator so fabricated with the simulation results using the microstrip equivalent model for the interconnects. The simulation and experimental results match very closely.
Key concepts: RFIC, Parasitic extraction, Microstrip, CMOS, Electronic engineering, Port (circuit theory), Equivalent circuit, Materials science