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Power Integrity Boot Camp for Designers Seminar
Powering the new generation of automobile electronics is not a DC problem. It is an AC problem that is part of the rapidly growing field of Power Integrity (PI). Power Integrity uses modern techniques like flat impedance in the frequency domain to meet the decreasing design margins for power rail ripple. Your ability to leverage data sheet designs may no longer work. Today, simulation and measurement techniques must work together to solve the Power Integrity Ecosystem challenges and help make tough cost vs performance trade-offs.
Solve Your Power Integrity Ecosystem Challenges
This seminar includes Power Integrity hands-on simulation and measurement demonstrations. Keysight and Picotest experts bring to life the popular How to Design for Power Integrity YouTube video series with Steve Sandler.
Learn the latest techniques for:
- Flat Target Z design process
- Simulating load di/dt transients
- 2-port shunt impedance measurements to create capacitor models
- DC-DC converter selection and optimization with state-space behavioral models
- PIPro decoupling capacitor optimization with PCB EM models
Download the Power Integrity Boot Camp for Designers Seminar Slides
- Agenda: Power Integrity Boot Camp for Designers (PDF, 135 KB)
- Section 1: The Ideal Power Distribution Network (PDF, 5,254 KB)
- Section 2: Measuring, Modeling, Simulating Capacitors and Inductors (PDF, 2,400 KB)
- Section 3: Selecting and Modeling the Voltage Regulator Module (VRM) (PDF, 3,755 KB)
- Section 4: Decoupling Capacitor Optimization and the Power Integrity Ecosystem (PDF, 3,727 KB)
Note: Example project files with PathWave Advanced Design System (ADS) are also available for download with each of the individual How to Design for Power Integrity Videos shown in the series below.
Power Integrity How-to Video Series
- How to Design for Power Integrity: Finding Power Delivery Noise Problems
- How to Design for Power Integrity: Selecting a VRM
- How to Design for Power Integrity: Measuring, Modeling, Simulating Capacitors and Inductors
- How to Design for Power Integrity: DC-DC Converter Modeling and Simulation
- How to Design for Power Integrity: Optimizing Decoupling Capacitors
Keysight Educational Webinar
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