Why specialized PDN Cable® is Essential for your Power Integrity Impedance Testing
This short video discusses the feature set your cabling needs to get PDN impedance measurements correct. A coaxial instrument cable must...
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Interview with PDN Expert, Steve Sandler
Published on June 5, 2020 by Ken Coffman Field Applications Engineer at Vicor Corporation Ken Coffman: Steve, first off, let’s discuss...
Webinar: DC Biased Impedance Measurements
From OMICRON Lab: “The Impedance of real-life components is often non-linear, depending on the applied DC bias voltage or current. In...
Video: Steve Sandler from Space Shuttle to Power Integrity Bootcamp at DesignCon 2020
“The very first project Steve Sandler, Managing Director of Picotest, worked on, was the space shuttle—and this was just the beginning of...
Video: Power Related Noise in Distributed Systems
Steve Sandler (Managing Director at Picotest) reveals in this presentation many of the noise sources that impact sensitive circuits (such...
Just How Fast is GaN Fast?
By Steve Sandler | March 12, 2020 “I recently designed an ultra-high speed, low-impedance pulse generator (Figure 1). I wanted it for...
What Makes PDN Cable Special
When Picotest announced the release of a new coaxial cable, designed specifically for power distribution network (PDN) applications this...
Webinar: Extending the Functionality of the Oscilloscope
Presented By: Steve Sandler, Founder and CEO of Picotest Duration: 54 minutes (available on demand) Sponsored by: Rohde & Schwarz...
Webinar: Power Integrity: Challenges, Best Practices, and Test Solutions for Sensitive Electronic De
Presented by: Steve Sandler, CEO of Picotest Andreas Ibl, Product Manager Oscilloscopes at Rohde & Schwarz Andrea D’Aquino, Product...
Characterizing LED Performance with a Frequency Response Analyzer and Line Injector
This application note series by Steve Sandler explores the measurement of the dynamic resistance of an LED and how to create a usable...
Webinar: Best Practices for Interpreting Power Integrity Measurements
Title: Â Best Practices for Interpreting Power Integrity Measurements Duration:Â Â 1 hour, 1 minute (Available On Demand) Presented...
EDI CON Online 2019: Characterizing the VRM
Title: Characterizing the VRM Duration:Â 30 minutes (Available On Demand) Presented by:Â Steve Sandler, Founder, Picotest Abstract: A high...
Webinar: Measuring and Interpreting Impedance Data
Signal Integrity Webinar Series Title: Â Measuring and Interpreting Impedance Data Duration:Â Â 1 hour, 1 minute (Available On Demand)...
Why Full VRM Characterization is Essential
Read the entire article here. #powerdistributionnetwork #noise #powerintegrity #ads #psrr #powersupply #inputimpedance...
Siglent App Note: Measuring Power Supply Control Loop Response with Bode Plot II
In this application note, we will show you the basic principles for making this stability measurement and how to use these instruments to...
Measuring a Scope Probe Requires Two Oscilloscope Channels and a Very Flat Signal Source
Oscilloscope users can also calibrate their passive oscilloscope probes, though the process is much less sophisticated and for lack of a...
Measuring The Negative Input Resistance Of DC-DC Converters
Measuring the negative resistance of a DC-DC converter’s input requires introducing a perturbation of the input voltage while measuring...
EDI CON China 2019
Click here to watch the video. #vrm #flatimpedance #noise #powerintegrity #jitter #noisesensitivecircuit #EDICON #presentations...
Ultra-low Impedance Testing Using the 2-Port Shunt-Through Measurement Technique
Click here to read the entire article. #powerdistributionnetwork #groundloop #powerintegrity #J2113A #2portshunt #e5061b #j2102a...
Optimizing Power for Clocks and other Sensitive Applications
Click here to read the entire article. #noise #Crosstalk #powerintegrity #noisesensitivecircuit #signalanalyzers #decoupling #vrts3...
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