Modern System Level Design for Aerospace & Defense
More than ever, aerospace and defense companies must lower costs, accelerate their R&D, and reduce risk, all while simultaneously maintaining a high level of mission readiness.
Keysight is addressing these design challenges for RF and microwave applications, particularly for aerospace and defense applications. In this series of one hour events, we cover the most important aspects of a modern system level design flow for this industry.
Select one or more webinars of interest, then submit registration form.
Model-Based Engineering (MBE) - A Design and Test Perspective
Available on demand
The aerospace and defense industry is racing to develop new systems and capabilities. A key to achieving faster, lower-cost development is a Model-based Engineering (MBSE) approach, integrating data through models and predicting performance through ‘digital twin’ architectures. In this session, we will discuss how Keysight’s PathWave System Design software connects to and enables your MBSE flow. It also covers how critical it is to link simulation and measurements to achieve these goals.
Modeling Radar Coverage Maps
Available on demand
Radar coverage is the general term for the space boundary within which a radar meets the mission requirements. They depend on the type of radar and can be described in terms of detection (Pd) and false-alarm (Pfa) probabilities. A coverage map is the graphical representation of the radar coverage. In this session, we will discuss a methodology that includes the RF circuit design and signal processing effects in the calculation of the coverage map.
How to Model Digital Beamforming and Channel Specific Impairments
Available on demand
Phased array is an enabling technology for Defense and SatCom applications. The IC market is exploding with new phased array IC solutions and choosing the right Digital Beamformer IC (BFIC) is crucial for the complete system performance.
SatCom Systems Design
Available on demand
With satellite competition growing exponentially, advanced virtual prototyping and design platform techniques are needed to keep pace. Design teams need to drill down into any part of a design, measure components and bring results back into the system model to simulate with higher fidelity than ever possible.
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