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- W2017317312 abstract "Isothermal solidification metal waferbonding is well suited to heterogeneously integrate high-speed/high-power density RF and microwave devices with standard CMOS technology. It is capable of forming efficient electrical and thermal interconnects as well as bonded-microstrip waveguide structures. Accurate means of characterizing the electrical, thermal, and microwave properties of these structures are necessary to enable heterogeneous monolithic microwave integrated circuits (HMMICs). This article describes a bond layer thermal conductivity measurement method, a bond-metal microstrip microwave waveguide characterization method, and the fabrication method developed to support the measurement structures. As a result, an In-Pd bond alloy thermal conductivity of 2.51 W/(m K) was measured for GaAs devices bonded to Si. Also, an optimized bonded-microstrip waveguide was simulated based upon measured microwave results of the measurement structure, projecting a 0.56 dB/mm loss, a microwave index of 2.91, and a characteristic impedance of 41.3+6i Ω at 15 GHz, thus advocating this approach as a means of realizing high power HMMICs." @default.
- W2017317312 created "2016-06-24" @default.
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- W2017317312 date "2013-09-28" @default.
- W2017317312 modified "2023-10-03" @default.
- W2017317312 title "Thermal and microwave characterization of GaAs to Si metal-bonded structures" @default.
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- W2017317312 doi "https://doi.org/10.1063/1.4824063" @default.
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