2002Unpublished venueRequires access

Millimeter-wave performance of chip interconnections using wire bonding and flip chip

T. Krems, William H. Haydl, Herman Massler, Jan Rüdiger

Open publisher page 165 citations

Abstract

The performances of two different interconnection techniques for coplanar MMICs, wire bonding and flip chip, are investigated at millimeter-wave frequencies. By developing an accurate model for the interconnections, which is validated with experimental data up to 120 GHz, the limitations with respect to frequency and interconnection distance of either technique are pointed out, yielding useful data for the design of hybrid MMW-subsystems.

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What this paper is about

The performances of two different interconnection techniques for coplanar MMICs, wire bonding and flip chip, are investigated at millimeter-wave frequencies. By developing an accurate model for the interconnections, which is validated with experimental data up to 120 GHz, the limitations with respect to frequency and interconnection distance of either technique are pointed out, yielding useful data for the design of hybrid MMW-subsystems.

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OpenAlex reports 165 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The performances of two different interconnection techniques for coplanar MMICs, wire bonding and flip chip, are investigated at millimeter-wave frequencies. By developing an accurate model for the interconnections, which is validated with experimental data up to 120 GHz, the limitations with respect to frequency and interconnection distance of either technique are pointed out, yielding useful data for the design of hybrid MMW-subsystems.

Key concepts: Flip chip, Interconnection, Extremely high frequency, Wire bonding, Chip, Millimeter, Electronic engineering, Materials science

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