Elevate Your Power Integrity Measurements: Analyzing Large Signal Phenomena and Crosstalk in Time & Frequency Domain and Avoiding Ground Loop Effects

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Topic:
Elevate Your Power Integrity Measurements: Analyzing Large Signal Phenomena and Crosstalk in Time & Frequency Domain and Avoiding Ground Loop Effects

As electronic designs evolve, managing power fluctuations becomes increasingly challenging due to lower voltage levels and tighter component tolerances. With rising data rates, shrinking supply voltages, and higher integration densities, issues such as jitter, noise, frequency-dependent loss, reflections, and crosstalk are more common than ever. These factors can significantly affect power rails, resulting in voltage sag and ground bounce. Power rail disturbances in return have an increasing effect on signal integrity, particularly through power supply induced jitter and amplitude noise.

Thus, analyzing power integrity and the performance of the power delivery network (PDN) on a printed circuit board (PCB) is now an essential part of the digital design process. 

But how to measure as accurate as possible to ensuring power integrity? Join our upcoming webinar to gain expert insights and learn advanced techniques that will help you elevate your power integrity measurements.

You will learn:

• Analyzing large and small signal phenomena and the corresponding way of testing them
• Measuring PDN Crosstalk in the time and frequency domain
• Ground loop effects and how to avoid them

You will learn:

• Analyzing large and small signal phenomena and the corresponding way of testing them
• Measuring PDN Crosstalk in the time and frequency domain
• Ground loop effects and how to avoid them