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Tektronix 5 Series MSO next to a Keysight MXR
4 Things I Noticed about Keysight’s New MXR Oscilloscope Tuesday, April 6, 2021
The Tektronix 5 Series MSO really changed the professional oscilloscope playing field with its large high-definition display, 6 and 8 channel models paired with an intuitive user interface that was designed from the ground up to incorporate touch interactions (pinch zoom, double tap, etc). The 6 Series incorporated these same features with higher bandwidth and improved performance. Keysight …
This image shows the time (top) and frequency (bottom) domain view of the same signal simultaneously. Unlike an FFT, the views are completely independent.
3 Important Insights from Simultaneous Frequency and Time Analysis Thursday, January 28, 2021
Debugging embedded systems often involves looking for clues that are hard to discover just by looking at one domain at a time. The ability to look at time and frequency domains simultaneously can offer important insights. Mixed-domain analysis is especially useful for answering questions such as: What’s going on with my power rail voltage when I’m transmitting wireless data? Where are …
The Time Overview Window is useful for setting the RF power trigger, particularly when the acquisition bandwidth is set to 40 MHz.
RF Power Triggering on Tektronix USB-RSAs Friday, January 15, 2021
All Tektronix Real-Time Spectrum Analyzers can be triggered based on a RF power threshold to help acquire specific signal bursts into memory for analysis. The family of USB-based RSAs include this capability. This blog will review some of the details of the RF Power trigger characteristics and settings to help you most effectively apply triggering to your application. This applies to the RSA306B …
AWG70000B can be used for RF environment simulation
Recreating Real-World Chaos with Arbitrary Waveform Generators Friday, October 16, 2020
When testing complex electronic warfare and wireless communications systems, engineers and researchers need the flexibility to accurately recreate real-world signals. Unfortunately, the real world is messy, and its RF landscape can change rapidly from moment to moment. Thus, engineers often need to cycle through fast-changing signals quickly. With this need in mind, we’ve introduced new Streaming …
4 Important Upgrades to the 6 Series Mixed Signal Oscilloscope Friday, September 25, 2020
Constant improvement is at the heart of engineering. From computers and cars to bridges and buildings, the goal of an engineer is to make it faster, stronger, more accurate, more efficient than before. As engineers ourselves, we’re constantly looking for ways we can improve and upgrade our own products. The brand new 6 Series B Mixed Signal Oscilloscope is a perfect example. Read on to learn 4 key …
3 Series MDO Users: 7 Enhancements You Can Get for Free Thursday, May 14, 2020
Some firmware releases are mostly bug fixes and minor improvements, but the April 2020 firmware release for the 3 Series MDO is different. It provides a total of 11 major performance enhancements and capabilities, and 7 of these are the focus of this post. They include significant performance improvements, features that were requested by users of the popular MDO3000 Series, and additional value …
How to Use Fast Frame on a Realtime Spectrum Analyzer Thursday, March 5, 2020
Fast Frame is a segmented memory acquisition mode designed to save memory when acquiring a large number of low duty cycle events. It is available on RSA5000, RSA6000 and RSA7000 Series realtime spectrum analyzers. A common application is with RADAR signals. RADAR signals are typically very low duty cycle – often 1% duty cycle or less. When acquiring a large number of consecutive pulses for …
afg31000_double_pulse_test_menu_screen_front_0
Double Pulse Test for Power Electronic Designs Wednesday, October 9, 2019
Switching Losses Matter Even in the New SiC and GaN World As GaN and SiC enable smaller, faster, and more efficient semiconductor designs, regulatory and economic pressures are driving new demands for energy efficiency in power electronics. Minimizing switching losses through design optimization is paramount in maintaining power efficiency throughout the generation, transmission, and consumption …
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Ensuring Optimal Performance of your Power Supply Design Wednesday, August 21, 2019
    Are you working on power circuit stability? Are your DC-DC converters performing as expected? Are you having trouble optimizing your power conversion circuits? Are you having trouble getting the promised efficiency and performance from your fast switching power converter? Current power supply topologies are reliable and well understood in the power electronics industry. New …
From Button Pushing to Automation: Getting Started with Scripting
From Button Pushing to Automation: Getting Started with Scripting Saturday, January 19, 2019
By Andrew Kirby Making simple electrical measurements is something that every engineer is familiar with. These measurements are the usual: current, voltage, and resistance. In a typical benchtop setting, these measurements are made one at a time, using the front panel of a given instrument. The knobs of the power supply are turned to the appropriate voltage, the current limit is set, the DMM is …