Tektronix Innovation Forum 2021 Sessions with Steve Sandler
TDR Functionality for Power Integrity (30 mins) During this smart bar session, learn how to use TDR techniques to better understand power...
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Solving Power Integrity Test Challenges with Guest Speaker for Q&A Steve Sandler of Picotest
Learn how to use the MSO6 Oscilloscope to measure input filter stability, PSRR, impedance, step load, inductors with DC bias, TDR, EMI,...
Tektronix App Note: Measuring the Control Loop Response of a Power Supply Using an Oscilloscope
Most power supplies and regulators are designed to maintain a constant voltage over a specified current range. They are essentially...
Measuring pH and fF With a TDR Using a Cursor Measurement
"The time domain reflectometer (TDR) is an instrument that is often used to measure printed circuit board (PCB) test coupons and cable...
The Goldilocks TDR
Those that know me, know that I like things that, on a scale of one to ten, go to eleven. For the youngsters out there, see Spinal Tap,...
Troubleshooting Clock Jitter and Identifying PDN Sensitivities
Power distribution network (‘PDN’) noise is one of the most common issues in low power applications. Whether you are powering ADCs,...
Optimizing Arduino and the AD9851 DDS signal generator
Arduino has taken the product “maker” world by storm and one of the more popular Arduino modules is the Analog Devices AD9851 DDS...
Match impedances when making measurements
Recently, I used a shielded coaxial cable to measure power supply ripple and the results were even noisier than using an oscilloscope...
Understanding Voltage Response Of An LC Circuit
For an undamped LC circuit excited by an AC voltage source through simple phaser equations, we come to see that the circuit becomes short...
Troubleshooting Distributed Power Systems: Making Time Domain Measurements (Part 8 – The final
He presents examples of various waveform anomalies and discusses techniques and tips for observing them as well as pitfalls to avoid....
Troubleshooting Distributed Power Systems: The Switch (Part 6 of the ongoing series.)
With those measurement requirements as background, Sandler examines how switching frequency and duty cycle affect power supply stability...
PDN Issues Occur in the Simplest of Circuits
A single tiny logic gate The first case we’ll look at is a Fairchild NC7SZ04 ultra-high-speed inverter gate. This logic gate is a single...
Oscilloscope Mistakes: #4 (Part 4 of 4)
The engineering community uses oscilloscopes more than any other piece of equipment, yet many of the published results are questionable...
Oscilloscope Mistakes: #3 (Part 3 of 4)
The engineering community uses oscilloscopes more than any other piece of equipment, yet many of the published results are questionable...
Oscilloscope Mistakes: #2 (Part 2 of 4)
The engineering community uses oscilloscopes more than any other piece of equipment, yet many of the published results are questionable...
Oscilloscope Mistakes: #1 (Part 1 of 4)
Avoiding these common pitfalls will get you better data with minimum effort. Steve Sandler takes a look at four common scope mistakes and...
FAQ# 27: Why is PDN measured using a VNA and not an oscilloscope?
Steve Sandler Answers Your PDN Questions (Power Electronics’ Q&A Series) Power Electronics received a question about why PDN is measured...
Making Ripple Measurements
Making ripple measurements has traditionally been using an oscilloscope. For a number of technical reasons, an oscilloscope, in general,...
Sharpen Rising and Falling Edges
Wherever you find a digital control signal, you find sharp rising and falling edges that need characterization. These edges occur on...
Use A Signal Analyzer To Measure Power Supply, Regulator, and Reference Noise
Oscilloscopes often are used to measure power supply, linear regulator, and reference noise. Since an oscilloscope has a sensitivity in...