Power Integrity Analysis at Design Time

Quickly identify and fix problems without the need to rely on expensive experts, or creating prototypes.

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Power Analyzer by Keysight Technologies

Power Analyzer, by Keysight Technologies, is a new extension application for the Altium Designer user interface that gives designers sophisticated power analysis capabilities without any specialized training. With just a few clicks, you can quickly assess the integrity of your power distribution network. Learn more about Visual Power Integrity Analysis with Keysight.

Power Analyzer by Keysight Power Analyzer Technical Documentation Common Power Integrity Issues Power Analysis Tips and Resources

Oscilloscope Probes

Real-World Analysis of Oscilloscope Probes This article conducts a real-world analysis of oscilloscope probes, comparing their performance and impact on signal measurements. The author tests a variety of probes, including both high-quality and budget options, revealing surprising results. Despite expectations, some budget probes perform comparably to more expensive ones, emphasizing that bandwidth alone is not the sole determinant of probe quality. The study underscores the importance of understanding a probe's behavior and choosing based on various factors beyond just bandwidth. Additionally, the article highlights that major brand-name probes (Diglent, Keysight, Rigol) offer more consistent performance and quality control compared to cheaper alternatives. Read Article

41:46 Analyzing Your Power Networks in Altium Designer powered by Keysight Join this live webinar to learn how power distribution network analysis works and why it matters Watch Video

37:23 Keysight Power Analyzer: Power Integrity Made Simple Watch our webinar: “Keysight Power Analyzer: Power Integrity Made Simple”. Click here. Watch Video

PCB power integrity

The Beginner's Guide to PCB Power Integrity: From Board to Package In this article, we give a complete overview of power integrity, starting from the PCB and including everything up to packaging. Read Article

6:07 Power Integrity Analysis in Your PCB Design Software Power integrity problems can abound in modern PCBs, especially high-speed boards that run with fast edge rates. These systems require precise design of the PDN impedance to ensure stable power is always delivered throughout the system. Without carefully considering the PDN impedance, you’re at risk of creating ripple and noise in the power distribution network when fast signals switch states. As more signals switch in large ICs, the result is the Watch Video

Embedded System Power Supply Guidelines for Power Integrity

Embedded System Power Supply Guidelines for Power Integrity Embedded systems design and development is a broad area of electronics, spanning from developing code for an Arduino to designing custom computing systems with huge I/O count. On the more advanced end, where we see complex embedded systems for imaging, radar, modular computing, and edge computing, power regulator module design is a major determinant of system performance as it must ensure power integrity and signal integrity. These systems are Read Article