AI-Assisted Design for 5G/6G Workflows
Learn the Fundamentals of Designing Automated Workflows
AI Natural Language Assistants for Keysight ADS
Keysight is pleased to introduce AI-based Natural Language Assistants for the Keysight ADS software, helping RF and high-speed users become immediately productive with trusted, secure AI tools
Python Automation for Developers
Automate MMIC and Module workflows with expanded access to the inside of the ADS platform.
Python Automation for Applications
See the benefits of 5G Power Amplifier design by integrating T&M instruments into the design flow and importing and designing with load-pull data.
Automation and Machine Learning for RF Circuit Design
Review an example of how to use Python APIs in ADS to design “unthinkable circuits.”
Connecting ADS to PNA-X Using Python
Learn how to import a live VNA trace into Keysight ADS for modeling and design closure.
Use AI to Create a Simulation Model
Part 1: Artificial Neural Network (ANN) Model Extraction
Part 1 in this video series details a process for extracting an Artificial Neural Network (ANN) model from a dataset using Python.
Part 3: Using a Model for Advanced Emulation
Part 3 in this video series details a process for creating an electrical model of an Artificial Neural Network (ANN) in Keysight's Advanced Design System (ADS).
Part 2: Adapting a Model to an RF Simulation
Part 2 in this video series details a process for implementing a Python-extracted Artificial Neural Network (ANN) model in Keysight's Advanced Design System (ADS).
Load Pull Modeling with Python's AI Power
Discover how to leverage measured load pull data to create advanced simulation models utilizing AI and Python-based tools.
Leverage AI as an RF Design Assistant
Discover how Filpal’s AI Optimizer automates simulations, enabling the optimization of complex designs, such as dual-band filters.
Device Modeling with Hybrid Physical Models and ANN
Explore how hybrid artificial neural network (ANN) models combine measurement and physics-based approaches to address complex device modeling challenges.
Power Amplifier Design with Machine Learning
Learn how a university research group utilizes Keysight’s Python APIs to automate power amplifier design using machine learning.
AI-Assisted Design of Microwave Circuits
Examine how AI and Machine learning provide a design assistant for RF Circuit design. Python APIs unlock the ADS architecture, allowing unparalleled control over internal functions.
Featured Courses
Explore Courses on RF Circuit Design
Electro-Thermal Simulation for RF Circuit Design
Discover how electro-thermal heating impacts device characteristics, degrades RF and microwave circuit performance, and compromises reliability.
RF Circuit Design Techniques for Power Amplifier Load Pull
See practical examples of using Load Pull data to optimize the key metrics in a Power Amplifier design.
Ensure your RF Power Amplifier Doesn’t Become an Oscillator
Discover how to compute multiple stability metrics without altering the fundamental circuit analysis.
How to Integrate Multi-Technology RF Assemblies
Examine intelligent mounting techniques that adapt when assembling different RF technologies.
Designing with 5G Modulated Signals
Discover how to incorporate distortion EVM into your design and reduce 5G circuit simulation cycles.
Designing for Digital Pre-Distortion in Power Amplifiers
Understand how to unlock PA design with predictive DPD that transforms how PA manufacturers can design for their customers' applications.
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.
How to Design an RF Power Amplifier
Explore the basics of simulating an RF Power Amplifier design, and design approaches to the six different classes.
Designing for Modulation with Keysight EDA
Learn about the 8 great reasons why you use Keysight's EDA software to design with modulation.
Solving 3D Module Integration Challenges for RF Circuit Designs
Explore the assembly, integration, and Circuit-EM validation of a typical dual-band Front-End Module (FEM) with SmartMount and RFPro.
Explore RF Circuit Design Resources
Learn more with a deeper dive into RF design workflows with a curated selection of topics
RF Circuit Design: Go Deeper
Learn about advanced topics in RF design workflows
Related Use Cases
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How to Design Multi-Technology mmWave Phased Arrays
Integrating 3D multi-technologies into mmWave phased array designs requires automating wafer-level assembly and packaging. Learn how EDA automation tools enable engineers to integrate different modules to 5G UEs without the need for design modification or updates.
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How to Design A Stable RF Power Amplifier
Designing a stable high-frequency RF power amplifier (PA) requires implementing multiple stability analysis techniques efficiently in one simulation. Learn how to use a unified simulation approach to perform robust stability analysis under all loading conditions.
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How to Simulate Digital Pre-Distortion for Power Amplifier Design
Designing a high-efficiency power amplifier (PA) requires accurately simulating how linear it will be under modulated signal stimuli with digital pre-distortion (DPD) applied. Learn how to run robust DPD simulations for power amplifiers early in the design phase.
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Dive into more insights and carefully compiled EDA resources on RF circuit design
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