Modern airborne ground surveillance radar systems are increasingly based on Active Electronically Scanned Array (AESA) antennas. Efficient use of array technology and the need for radar solutions for various airborne platforms, manned and unmanned, leads to the design of scalable radar systems. The design and realisation of such a system is described. At the core of the design is a new generation of Transmit-Receive modules, developed and used also for naval radar systems. The radar architecture is largely based on the MiniSAR system, which is close to completion. Design aspects are discussed for various envisaged versions of the scalable radar
The design and development of a ground-based radar demonstrator for space surveillance has been fund...
Cost reduction for Transmit/Receive modules makes phased array radar of potential interest to civili...
Digital phased arrays provide substantial improvements over their analog, mechanical counterparts. T...
Modern airborne ground surveillance radar systems are increasingly based on Active Electronically Sc...
The objective of this work is the development of an Active Electronically Scanned Array (AESA) anten...
An open scalable architecture will make it easier and quicker to adapt active phased array radar to ...
During the last decade a rapid progress of phased-array radar systems for military as well as for ci...
During the last decade, a rapid progress of phased-array radar systems for military as well as for c...
This thesis investigates some of the challenges involved in developing technology for a hypothetical...
This paper describes an active electronically scanned array (AESA) FMCW radar with eight transceiver...
A small SAR-MTI system is being developed at TNO, aimed at deployment on tactical UAV, such as the S...
The systems level design of a proposed L-band phased-array radar is described in this thesis. This r...
Some of the concepts of an AESA antenna frontend for a low-cost coherent radar system demonstrator i...
Conformal arrays, distributed processors and bistatic architectures allow us to develop more and mor...
A multinational effort has been conducted (2009-2011) under the umbrella of the Sensor & Electronics...
The design and development of a ground-based radar demonstrator for space surveillance has been fund...
Cost reduction for Transmit/Receive modules makes phased array radar of potential interest to civili...
Digital phased arrays provide substantial improvements over their analog, mechanical counterparts. T...
Modern airborne ground surveillance radar systems are increasingly based on Active Electronically Sc...
The objective of this work is the development of an Active Electronically Scanned Array (AESA) anten...
An open scalable architecture will make it easier and quicker to adapt active phased array radar to ...
During the last decade a rapid progress of phased-array radar systems for military as well as for ci...
During the last decade, a rapid progress of phased-array radar systems for military as well as for c...
This thesis investigates some of the challenges involved in developing technology for a hypothetical...
This paper describes an active electronically scanned array (AESA) FMCW radar with eight transceiver...
A small SAR-MTI system is being developed at TNO, aimed at deployment on tactical UAV, such as the S...
The systems level design of a proposed L-band phased-array radar is described in this thesis. This r...
Some of the concepts of an AESA antenna frontend for a low-cost coherent radar system demonstrator i...
Conformal arrays, distributed processors and bistatic architectures allow us to develop more and mor...
A multinational effort has been conducted (2009-2011) under the umbrella of the Sensor & Electronics...
The design and development of a ground-based radar demonstrator for space surveillance has been fund...
Cost reduction for Transmit/Receive modules makes phased array radar of potential interest to civili...
Digital phased arrays provide substantial improvements over their analog, mechanical counterparts. T...