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Rohde & Schwarz

Five techniques for fast, accurate power integrity measurements

This resource is published by Rohde & Schwarz

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Rail voltages are getting smaller, and tolerances are decreasing. As a result, making accurate power rail measurements has become much more difficult.

Industry dynamics are driving both a decrease in rail voltage values as well as tighter tolerances across a wide range of rails. Making an accurate ripple measurement on a 1V rail with 2% tolerance, for example, is difficult on all scopes.

This guide describes five tips for making accurate power integrity measurements with oscilloscopes. 

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Related categories
Test & Measurement, Embedded, Power, Industrial, Batteries, Wireless testing, Microcontrollers, Development and debug tools, Evaluation boards, SBCs and modules, Embedded operating systems and software, Edge computing, Industry 4.0 technology, Industrial networking, ATEX equipment and design, PLCs and industrial computers, Electronic safety systems, Sensing and automation, IIoT, Power semiconductors, Power supplies and converters/inverters, LDOs, Power modules, Switched-mode converters, Magnetics and wound components, Distributed power, Digital/software-defined power, Motor control, Energy harvesting, Protection Devices, Laboratory/bench equipment, Automated test equipment, Field-test equipment, Boundary scan equipment, Test probes and pins, Test software, cooling

 

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