This paper presents an S-band AESA antenna with inexpensive T/R-modules and a novel RF feeding network operation technique. The antenna ports of the front-end's feeding network have no isolation mechanisms, which can be problematic in case of not well matched T/R-modules. However, a novel operation is proposed, and the issue is overcome. A system demonstrator is presented, proving: the novel feeding network operation, the low-cost T/R-module approach and the electronic scanning capabilities of the front-end. This low-cost architecture can enable the use of phased-array technology for civil applications like maritime navigation radar
An S-band radar transmitter MMIC is reported containing a class-F power amplifier and a switched mod...
The projects purpose is to design, build and measure a transmitter and receiver module (TRM) and ant...
[[abstract]]A multifunctional feeding network is presented in this paper. It contains a one-to-eight...
The objective of this work is the development of an Active Electronically Scanned Array (AESA) anten...
Some of the concepts of an AESA antenna frontend for a low-cost coherent radar system demonstrator i...
This report presents concepts for a planar active electronically scanned antenna(AESA). The goal of ...
The contribution talks about the application of AESA technology for telemetry ground antennas. The A...
The evolving role of modern navies has required increasingly higher levels of capability in the Radi...
The work described in this thesis concerns the integration of high-efficiency, high-gain and wideban...
International Telemetering Conference Proceedings / October 27-30, 1997 / Riviera Hotel and Conventi...
a low-cost antenna system with high directivity is presented, with possibility of shaped beam in the...
Modern airborne ground surveillance radar systems are increasingly based on Active Electronically Sc...
Due to the given requirements and the large number of elements, Transmit / Receive (T/R) Modules for...
The Electronically Steered Phased Array is one of the most versatile antennas used in radars applica...
This paper describes an antenna design approach for achieving super directivity in an AESA (Active E...
An S-band radar transmitter MMIC is reported containing a class-F power amplifier and a switched mod...
The projects purpose is to design, build and measure a transmitter and receiver module (TRM) and ant...
[[abstract]]A multifunctional feeding network is presented in this paper. It contains a one-to-eight...
The objective of this work is the development of an Active Electronically Scanned Array (AESA) anten...
Some of the concepts of an AESA antenna frontend for a low-cost coherent radar system demonstrator i...
This report presents concepts for a planar active electronically scanned antenna(AESA). The goal of ...
The contribution talks about the application of AESA technology for telemetry ground antennas. The A...
The evolving role of modern navies has required increasingly higher levels of capability in the Radi...
The work described in this thesis concerns the integration of high-efficiency, high-gain and wideban...
International Telemetering Conference Proceedings / October 27-30, 1997 / Riviera Hotel and Conventi...
a low-cost antenna system with high directivity is presented, with possibility of shaped beam in the...
Modern airborne ground surveillance radar systems are increasingly based on Active Electronically Sc...
Due to the given requirements and the large number of elements, Transmit / Receive (T/R) Modules for...
The Electronically Steered Phased Array is one of the most versatile antennas used in radars applica...
This paper describes an antenna design approach for achieving super directivity in an AESA (Active E...
An S-band radar transmitter MMIC is reported containing a class-F power amplifier and a switched mod...
The projects purpose is to design, build and measure a transmitter and receiver module (TRM) and ant...
[[abstract]]A multifunctional feeding network is presented in this paper. It contains a one-to-eight...