Smart Active AME Antenna Array
Apr 29, 2024
Dielectric Constant |
Printed Circuit Structures (PCS) |
Sensors and Antennas |
Embedded Electronics |
Flight Control
Concept of an active Smart 3D-AME antenna array as followup of the previous basic article AME Antenna Array in that usecase area.
A Design Study of How Could a AME-Styled Active Antenna Array Look Like
First of all the concept needs to be driven by
- user need of provided service, performance, cost efficiency (product needs)
- resulting requirements of the application
- resulting requirements of the service platform (CONOPS)
to reach out all benefits on product level
- Improved technical performance for the provided service (e.g. RF performance)
- Improved performance for the platform (e.g. lightweigth payload reduces energy consumption for service)
- Increased miniaturisation improves service/volume density (more service for payload)
- System Integration improvements (reduce integration complexity and time consuming mounting effords)
Smart Requirement Handling in 3D-AME Style
Matrix Antenna Structural Design
Using Different AM-/AME Processes Where They Acchive Plus Points
Integration of Active Electronic Functionality
Visualize the AME-Vision
technical needs of active T/R-Matrix Elements
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3D heterogeneousintegration
(chips stacking, imprint components, full 3D wiring as faras possible)
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Antenna patch, optical sensor space, Interconnect plug to antenna mount
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Heat distribution & dissipation
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e.g. 3D ceramics
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Interface / connector (optics, DC, RF, digital)
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mechanical 3D-frame structure
Cover with conductive material mech. & DC-high power distribution
AME Antenna Array
Explore innovative 3D flat formfactor technology by AME, improving radio frequency efficiency.
AME - Directional Couplers
Create 3D RF-structures and to combine it with active electronic circuits as embedded funcitonality
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