RF Circuit Design -SECTIONHEADER
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Circuit Design
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PathWave ADS 2023 for RF & Microwave Design
Increase your RF/MW Design Productivity by 10x with PathWave ADS 2023
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The Importance of RF Simulation
Learn about the role of simulating a circuit with models during RF circuit design.
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How to Design an RF Power Amplifier
Explore the basics of simulating an RF Power Amplifier design, and design approaches to the 6 different Classes. (70 min)
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Ensure your RF Power Amplifier Doesn’t Become an Oscillator
Discover how to compute multiple stability metrics without altering the fundamental circuit analysis. (60 min)
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How to Integrate Multi-Technology RF Assemblies
Learn about intelligent mounting techniques that adapt when assembling different RF technologies. (60 min)
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Identify RF coupling issues early with EM/Circuit Co-Simulation
Learn how to reduce RF circuit simulation time by using electromagnetic/circuit co-simulation as an iterative design tool. (60 min)
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Designing with 5G Digitally Modulated Signals
Broadband data at mmWave frequencies lengths circuit simulation cycles for 5G system design. Learn how to bring distortion EVM into the design phases for end-to-end testing. (70 min)
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Designing for Digital Pre-Distortion in Power Amplifiers
Learn how to unlocking PA design with predictive DPD that transforms how PA manufacturers can design for their customer's applications.
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Unlocking Data and Design Insights with PathWave ADS
Learn advanced techniques for data analysis using Python and PathWave ADS.
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Using Electro-Thermal Simulation in Your Next IC Design
PathWave Thermal Design computes a 3D temperature profile of your chip and inputs thermal analysis data into your circuit simulation.
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RF System Design
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Designing SatCom Systems
Learn about RF COTS design and validation performance in the RF domain using PathWave 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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High Speed Digital Design -SECTIONHEADER
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PathWave ADS 2023 for High Speed Digital Design
Design for Quiet Power, Faster Memory and Next-Gen SerDes in PathWave ADS 2023.
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High-Speed Digital Design and Simulation (Boot Camp)
Learn about high-speed digital design where we simulate a DDR5 design, learn to optimize high-speed interfaces and have a deep dive on advanced Power Integrity simulations. (60 min.)
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