TNO is among the best in the world with a focus on Active electronically scanned array (AESA) radars. The radar technology department develops radar knowledge at every level, from complete system concepts and architectures to integrated microwave circuits, antennas, real-time digital processing and signal processing algorithms.

CARPET appeared on the market in 1993 and is presumably the most widely used radar performance assessment program. Since the initial release date radar systems have evolved; solid state RF power generation is now commonplace, like …

Since 2002, the Netherlands Organisation for Applied Scientific Research – TNO, has been involved in the development of passive radar systems for research purposes. The development has been sponsored partly by the Royal Netherlands Air Force – whose main interest is threat evaluation – and partly by own funds.

2 天之前 · New challenges in radar technology. Stefania obtained her Masters in Electronic Engineering in Italy. She joined TNO as a student: during her PhD in Electrical Engineering at the Technical University of Eindhoven. ‘By applying science, we can solve problems and have true impact on people's lives. That made me want to work at TNO.

The system is based on TNO’s AMBER, Affordable Multi-BEam Radar technology, and combines in real time simultaneously several ISR functions, including Zoom Synthetic Aperture Radar (ZSAR), Ground Moving Target Indication (GMTI) and Maritime capabilities, into the M-RaISR, Multi-mission Radar Intelligence Surveillance Reconnaissance system.

radar parameters able to evaluate the quality of each radar pixels. It was unfortunately not possible to further analyze them for operational integration. • Multi-sensor quality assessment: A total of 20 raingauges (KNMI, Delfland), 7 disdrometers (TNO, TU DELFT) and 2 C-band radars (KNMI) have been evaluated to

Eind dit jaar verwachtTNO versie 4.0 op te leveren van zijn betaalbare digitale multibeamradar Amber. Het systeem is oorcpronkelijk ontwikkeld voor kleine toestellen die vliegen zonder hulp van de verkeersleiding. lnmiddels kijken de TN0'ers naar veel meer toepassingen, van havenbewaking tot zorg op afstand. Bits & Bytes (28 januari), pp. 28-29.

The accuracy can be increased by assimilating the radar imagery into existing or insitu gathered bathymetric data. The paper reviews the concepts of bathymetry assessment by radar, the radar imaging mechanism, and the possibilities and limitations of …

In the early 1960s, TNO started the development of phased array radars; radars whose antennas are stationary. The position of the equiphase plane in space of this type of antenna can be changed very quickly with electronics. These stationary antennas are …

Her current research interests include analysis and design techniques for phased array antennas and frequency selective surfaces, wide band antennas, and digital beam forming for active and passive radars. Affiliations: [Radar Technology dpt., TNO, The Hague, The Netherlands].