EMI/EMC
Delivering confidence to confront the most challenging microwave and RF designs.
Whether EMI is intentional or unintentional, many types of RF and Microwave devices and components have signals that change over time. These elusive events are difficult to discover, trigger, capture, and analyze without the unique insight and confidence provided by Tektronix real-time spectrum analyzers.
Webinars
- EMI Diagnostics Using the RSA6100A Webinar
This webinar looks at the history of Electromagnetic Interference and regulatory compliance, and discover how the historically developed methods of measurements have limitations in today's complex signal environment. It also examines the filters, detectors and averaging methods used to make EMI measurements, with a discussion of why they are defined the way they are. Advantages and limitations of the RSA6100A implementation are also discussed. Finally, it shows the RSA6100A in a common diagnostics application and see how the new capabilities of RTSAs can be used to reduce troubleshooting time in EMC diagnostics. View All RF Webinars
These webinars range from fundamentals to the latest in advanced signal generation and analysis capabilities required to overcome the most challenging microwave and RF design challenges with confidence.
Application Notes
EMI/EMC Solutions Fact Sheet
This brief fact sheet provides an overview of the challenges and solutions for EMI/EMC.Real-Time Spectrum Analysis for EMI Diagnostics
This application note reviews currently-specified detection and filtering methods, including examples of EMI diagnostics.Characterizing Phase Locked Loops Using Tektronix Real-Time Spectrum Analyzers
This paper presents an overview of phase locked loop operation, including both linear and non-linear effects, and how to measure in both the time and frequency domains with the RTSA.Capturing and Measuring Microphonics and Phase-Hits with the RTSA
This application note provides an overview of the RTSA's extraordinary capabilities and an introduction to the microphonic and phase-hit problems in communications systems.Advantages of Real-time Spectrum Analyzers in High Energy Physics Applications
In this application note, the causes of beam instability and "blow up" – sudden total or partial loss of beam current – will be reviewed. We'll discuss the advantages of using Real-time Spectrum Analysis to analyze and solve beam loss and instability problems versus the use of Swept Spectrum Analysis (SSA).- View All
