Improving Density in Microwave Multilayer Printed Circuit Boards for Space Applications
Published: |
November 27, 2013 |
Author: |
Olivier Vendier, Jean-Louis Cazaux, Jean-Luc Lortal; Thales Alenia Space. |
Abstract: |
The need in complexity for microwave space products such as active BFNs (Beam Forming Networks) is increasing, with a significantly growing number of amplitude / phase control points (number of beams * numbers of radiating elements). As a consequence, the RF component’s package topology is evolving (larger number of I/Os, interconnections densification ...) which directly affect the routing and architecture of the multilayer boards they are mounted on. It then becomes necessary to improve the density of these boards (...) This paper will present the work performed to achieve LCP-based high density multilayer structures, describing the different electrical and technological breadboards manufactured and tested and presenting the results obtained.... |
|
Company Information:
- Apr 28, 2016 - Control of the Underfill of Surface Mount Assemblies by Non-Destructive Techniques
- See all SMT / PCB technical articles from THALES »
More SMT / PCB assembly technical articles »
- Jan 17, 2023 - Introducing Closed-loop Nitrogen Control To Solder Reflow | Heller Industries Inc.
- Jan 17, 2023 - How Challenging Conventional Wisdom Can Optimize Solder Reflow | Heller Industries Inc.
- Jan 17, 2023 - The User Benefits of a Supplier Partnership | Heller Industries Inc.
- Jan 17, 2023 - Vacuum Fluxless Reflow Technology for Fine Pitch First Level Interconnect Bumping Applications | Heller Industries Inc.
- Jan 17, 2023 - Flux Management | Heller Industries Inc.
- Browse Technical Library »
Improving Density in Microwave Multilayer Printed Circuit Boards for Space Applications article has been viewed 612 times