Millimeter wave MMIC component technology has made dramatic progress over the last ten years largely due to funding stimulation received under the ARPA Tri-Service MMIC program. In several smart weapon systems, MMIC components are now specified as the baseline approach for millimeter wave radar transceiver hardware. Availability of this new frontier in microeletronics has also enabled realization of sensor fusion for multispectral capability to defeat many forms of known contermeasures. The current frequency range for these MMIC-based components is approximately 30 to 100 GHz. In several cases, it has been demonstrated that the MMIC component performance has exceeded that available from hybrid microstrip circuits using selected discrete devices. However, challenges still remain in chip producibility enhancement and cost reduction since many of the essential device structure candidates are themselves emerging technologies with a limited wafer fabrication history and accumulated test databases. It is concluded that smart weapons of the future will rely heavily on advanced microelectronics to satisfy performance requirements as well as meeting stringent packaging and power source constraints.


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    Australian Millimeter-Wave MMIC Technology for Wideband Telecomuunication Systems (Invited)

    Archer, J. W. | British Library Conference Proceedings | 1996


    60GHz Mixer MMIC for Millimeter Wave Radar

    Ueno, Y. / Taguchi, T. / Sasaki, K. et al. | British Library Online Contents | 1996


    60 GHz mixer MMIC for millimeter wave radar

    Ueno,Y. / Taguchi,T. / Sasaki,K. et al. | Kraftfahrwesen | 1996


    60 GHz mixer MMIC for millimeter wave radar

    Ueno, Y. / Taguchi, T. / Sasaki, K. et al. | Tema Archiv | 1996


    60 GHz mixer MMIC for millimeter wave radar

    Ueno, Y. | Online Contents | 1996