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A shielded microstrip-to-stripline vertical transition for multilayer printed circuit board

Qingchou Huang, Shu Zhang, Wanshun Jiang

Open publisher page 3 citations

Abstract

This paper reports on a shielded vertical transition in multilayer PCBs. The design and analysis of microstrip-tostripline transition are presented, and back-to-back arrangements are considered. These interconnections are simulated and optimized by three-dimensional electromagnetic simulations, presents great performances from dc up to 40 GHz. A prototype is manufactured on RO4003c. Two band-pass filters in stripline technique are presented as the examples of application.

About this research paper

What this paper is about

This paper reports on a shielded vertical transition in multilayer PCBs. The design and analysis of microstrip-tostripline transition are presented, and back-to-back arrangements are considered. These interconnections are simulated and optimized by three-dimensional electromagnetic simulations, presents great performances from dc up to 40 GHz. A prototype is manufactured on RO4003c. Two band-pass filters in stripline technique are presented as the examples of application.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper reports on a shielded vertical transition in multilayer PCBs. The design and analysis of microstrip-tostripline transition are presented, and back-to-back arrangements are considered. These interconnections are simulated and optimized by three-dimensional electromagnetic simulations, presents great performances from dc up to 40 GHz. A prototype is manufactured on RO4003c. Two band-pass filters in stripline technique are presented as the examples of application.

Key concepts: Stripline, Shielded cable, Microstrip, Printed circuit board, Materials science, Electrical engineering, Electronic engineering, Optoelectronics

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A shielded microstrip-to-stripline vertical transition for multilayer printed circuit board — Research Paper | ScholarLens