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Low Loss W-band Packaged Filtering Balun Based on a Modified Quarter-mode Folded Substrate-integrated Waveguide Cavity

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A novel packaged filtering balun is proposed by modifying quarter-mode edge and diagonally folded SIW (FSIW) cavities. The TM220 mode is selected to realize the differential signal conversion by using… Click to show full abstract

A novel packaged filtering balun is proposed by modifying quarter-mode edge and diagonally folded SIW (FSIW) cavities. The TM220 mode is selected to realize the differential signal conversion by using a quarter-mode diagonally FSIW. Furthermore, TM130, and TM330 modes are obtained by using a quarter-mode edge FSIW cavity by analyzing the mode field distributions. A W band packaged filtering balun is designed and simulated. Then, it is fabricated with 70 um thickness per layer based on our in-house Si-based MEMS photosensitive film process. The size of the filtering balun is only 2.83 λg2 with insertion loss of 3 + 1.8 dB. These types of packaged filtering balun are very suitable for future 3D heterogeneous integration with other semiconductor devices.

Keywords: filtering balun; quarter mode; packaged filtering

Journal Title: IEEE Access
Year Published: 2022

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