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.

Signal Analyzer Basics

Discover how spectrum analyzers use frequency-domain measurement to identify channel interference and RF noise.

Introduction to Oscilloscopes

This fast-moving course will make you an oscilloscope expert in just 20 minutes.

RF Power Amplifier Design Deep Dive

Learn best practices for power amplifier design and the secrets to stability analysis, designing for modulation, and active impedance effects of phased array load pull.

Oscilloscope Triggering Fundamentals

Dive deep into oscilloscope triggers. Knowing which trigger to use in your application will save you hours in the lab.

Finding & Solving Signal Integrity Issues

Learn how to find and solve signal integrity problems in a high-speed digital communications channel.

Getting Started with PCIe® 6.0 Protocol Analysis

Solve your PCIe® communication issues by learning to analyze protocol traffic. This comprehensive guide explains how to setup, test, and debug using the Keysight PCIe 5.0 and 6.0 protocol analyzer and exerciser.

How to Design for Power Integrity

Steve Sandler provides a solid foundation for designing Power Delivery Networks and tips and tricks to avoid design pitfalls.

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.

Automotive Ethernet Basics

Learn about the journey from standard to automotive Ethernet, speed, and compliance test requirements.

Power Integrity Simulation & Measurement Skills

Power integrity is essential for the success of any electronic project.

RF System Modeling for RF Circuit Designers

Learn how RF circuit and RF system designers can collaborate more effectively in design and simulation.

How to Model Digital Beamforming

Learn why a Digital Beamformer IC is crucial for complete system performance.

Radar Basics for Electromagnetic Spectrum Operations Systems

Learn steps to adequately test and safeguard the performance of your Electromagnetic Spectrum Operations (EMSO) systems.

How to Design 5G and 6G mmWave Beamforming Systems

Learn how to effectively control, optimize, and analyze beams with a real-world example for mmWave beamforming modeling and simulation.

DDR5 Simulation with Memory Designer

Learn how to approach a workflow for Memory interfaces and Memory hardware designs. 

3 Ways to Optimize Signal Integrity in Your Design Flows

Shrinking schedules and complex designs pressure HW engineers to optimize workflows and validate performance regularly to avoid bottlenecks.

From Frustration to Elation

Offers the latest trends, challenges, and solutions for Signal and Power Integrity, Circuit Design, and High-Performance Computing

Electro-Thermal Simulation for RF Circuit Design

See how electro-thermal heating alters device characteristics, degrades RF and Microwave circuit performance, and reduces reliability. Simulation replaces guesswork assumption of fixed ambient temperature settings for circuit simulation.

Introduction to Network Visibility Administration

In this course, you will learn the basics of running your own network visibility infrastructure.