Designing SatCom Systems
Learn about RF COTS design and validation performance in the RF domain using PathWave System Design.
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RF System Design
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Modeling Radar Coverage Maps
Learn a new coverage map methodology that includes RF circuit design and signal processing effects.
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Digital Twins for RF System Design
Learn how PathWave System Design software connects to and enables your MBSE flow by modeling an RF Digital Twin.
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Designing Advanced Automotive RADAR Systems
Learn about advanced automotive radar system modeling techniques, including multiple transmit/ receive antennas, detailed MMIC modeling, and impact of noise and impedance mismatch.
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How to Model Digital Beamforming
Learn why a Digital Beamformer IC is crucial for complete system performance.
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Resources -SECTIONHEADER
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5G Microwave-RF EDA Design Flow
https://learn.keysight.com/i/1432733-5g-microwave-rf-eda-design-flow
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Using Simulation to Overcome Three Millimeter-Wave Design Challenges
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Four Advantages System Level Design Delivers for Phased Array Development
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A New Sub-Terahertz Testbed for 6G Research
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Engaging New SatCom Missions Hit Aggressive Goals with PathWave System Design
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Radar Development Using Model Based Engineering
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Creating Digital Twins of RF Systems
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Envisioning Next Generation Radar
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Accelerate Deployment of Space Missions Through Digitalization
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