30 November 2004 Advanced packaging of 40-GHz photoreceiver
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This paper presents recent developments in the packaging of 40GHz receivers for radio over fiber applications. First, we present a hybrid 40GHz photoreceiver module. It integrates 40GHz waveguide photodiode technology and narrow band MMIC amplifier. We give key elements for the design and the realisation of such photoreceiver. With an input optical power of 0dBm, an RF ouptut power of -3dBm is obtained in the 38-44GHz frequency range with a flatness of ±0.5dBm. The maximal input optical power is +6dBm. Secondly, a small footprint 40GHz photoreceiver scheme is presented. It includes high optical coupling tolerances 40GHz tapered waveguide photodiodes and the same type of MMIC amplifier than used in the hybrid package. The interconnect of the several elements (MMIC, capacitors, photodiode biasing network) uses Microwave High Density Integration (MHDI) technology on a Si substrate. The photodiode is flip-chip mounted on the same substrate. This technology is very promising for packaging of optoelectronic devices, since it combines compactness and reproducibility thanks to wire bonding suppression.
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Alexandre Marceaux, Alexandre Marceaux, Julien Galiere, Julien Galiere, Jerome Lopez, Jerome Lopez, Jean Luc Valard, Jean Luc Valard, Alain Enard, Alain Enard, Reynald Boula-Picard, Reynald Boula-Picard, Jean Pierre Ghesquiers, Jean Pierre Ghesquiers, Corrine Dernazaretian, Corrine Dernazaretian, Jacqueline Lehoux, Jacqueline Lehoux, Olivier Parillaud, Olivier Parillaud, Eric Estebe, Eric Estebe, Nakita Vodjdani, Nakita Vodjdani, } "Advanced packaging of 40-GHz photoreceiver", Proc. SPIE 5618, Integrated Optical Devices, Nanostructures, and Displays, (30 November 2004); doi: 10.1117/12.578281; https://doi.org/10.1117/12.578281

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