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What is a Source Measure Unit (SMU)?
Categories: Videos / TutorialsA Source Measure Unit (SMU) is an instrument that can precisely source voltage or current and simultaneously measure voltage and/or current.
Read moreTektronix Webinar Got Jitter Diagnosing Power Integrity and Signal Integrity Problems?
Categories: WebinarsAre the bit errors in your data caused by the power supply or sources inside the digital channel? Let's end the dispute by examining the connection between jitter and power integrity.
Read moreElectric Vehicle Ripple Disturbances
Categories: White PapersIn this white paper, the origin and dangers of ripple, requirements on test equipment, normative requirements and the solution from AMETEK CTS are discussed.
Read moreElektro-Automatik Adventures in Elektro Space Ep1, Ep,2 & Ep3
Categories: Videos / TutorialsJoin the crew as they command an EA PSB bidirectional power supply and face off against a “rogue battery pack” requiring source and sink testing with energy recovery.
Read moreFundamentals of DC power supplies
Categories: App NotesTake a look at this app note that covers the Fundamentals of DC Power Supplies with focus on output characteristics.
Read moreTektronix: The Importance of Inverter Motor Drives and How to Easily Analyze Them
Categories: WebinarsDesign more efficient drive systems with three-phase motors better and faster. The analysis solution for IMDA from Tektronix supports engineers by providing a fully co-ordinated power solution. This is created together with an intuitive large screen user interface, six or eight analog input channels, “High-Res” mode (up to 16-bits of vertical resolution) on the 5 series Mixed Signal Oscilloscope, a wide variety of probing options and advanced analysis software.
Read moreTektronix: Learn How to Improve Power Integrity Measurements
Categories: WebinarsTraditional power integrity applications typically use passive or differential probes to measure power rails. The changing technology landscape means designers need higher accuracy ripple measurements with very fast transitions pushing into multiple GHz range.
Read moreRohde & Schwarz: How to Make Better Oscilloscope Measurements
Categories: WebinarsJoin us for this Measurement Experts webinar where Rohde & Schwarz expert, Rich Markley, will cover everything you need to know to make the most accurate measurements with your oscilloscope.
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