A Suspended Stripline to Microstrip Transition using Multilayer Techniques
Wolfgang Schwab, Wolfgang Menzel
Abstract
Wolfgang Schwab, Wolfgang Menzel
Abstract
A suspended stripline to microstrip transition using multilayer techniques is investigated theoretically and experimentally. With this transition the advantages of both transmission line types can be combined in one integrated circuit. Coupling of the lines is obtained by overlapping of the suspended stripline and the microstrip line placed on different sides of a common substrate. The transition is analysed using a spectral domain approach and resonance techniques. The calculation method is verified by comparison of calculated and measured results.
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A suspended stripline to microstrip transition using multilayer techniques is investigated theoretically and experimentally. With this transition the advantages of both transmission line types can be combined in one integrated circuit. Coupling of the lines is obtained by overlapping of the suspended stripline and the microstrip line placed on different sides of a common substrate. The transition is analysed using a spectral domain approach and resonance techniques. The calculation method is verified by comparison of calculated and measured results.
Key concepts: Stripline, Microstrip, Transmission line, Materials science, Coupling (piping), Substrate (aquarium), Optoelectronics, Line (geometry)