Semiconductor manufacturers, validation engineers and reliability engineers can now quickly debug scripts and identify errors within automated tests developed for TSP-enabled Tektronix instrumentation such as SMUs, DAQs or DMMs with the Tektronix TSP Toolkit, a Visual Studio Code extension for use with the TSP Toolkit script development environment. This extension adds powerful new tools to debug …
Reduce development time and effort for current vs. voltage (I-V) tests on a variety of devices, such as multi-terminal semiconductor components, solar cells, and more with the TSP Toolkit script development environment, a Visual Studio Code extension. This new feature, currently in Beta, allows you to configure each MP5000 Series Modular Precision Test System SMU or PSU module for a variety of …
Every great measurement begins with trust in the test equipment. Engineers don’t just need speed or bandwidth—they need confidence that what they see is exactly what’s happening in their device. That’s why we build custom ASICs.
The new Tek079 and Tek085, debuting in the 7 Series oscilloscopes, were engineered to preserve signal fidelity at the front end—so the waveform on screen is reality, not …
Every era of engineering has been defined by the tools that kept pace with its challenges. Today, AI models scale in months, semiconductors push against the limits of physics, and electrification is transforming entire industries. Hardware remains critical—but it can’t evolve fast enough on its own.
The future of test and measurement won’t be measured in gigahertz alone. It will be measured in …
Today marks a milestone for Tektronix. We are unveiling two breakthroughs that reshape what’s possible in test and measurement: the 7 Series oscilloscope and the MP5000 Series modular precision test system.
At first glance, they serve different needs. Together, they embody a single vision—helping engineers see more, know more, and move faster as their challenges grow more complex.
Clarity at the …
In RF and microwave engineering, measurement confidence is non-negotiable. Whether you're characterizing spectral emissions, validating modulation schemes, or debugging RF subsystems, the integrity of your test equipment—from spectrum analyzers to signal generators and mixed signal oscilloscopes (MSOs)—is foundational. This is where RF calibration plays a pivotal role.
What is RF Calibration?
At …
In today's technologically advanced world, electronic instruments are the bedrock of innovation, quality control, and critical operations across countless industries. From designing the next generation of wireless communication to ensuring the reliability of medical devices, the accuracy of these sophisticated tools is paramount. Electronic calibration is the specialized process that guarantees …
Radio Frequency (RF) testing is a critical component in the development and validation of embedded systems, particularly in industries like telecommunications, aerospace, automotive, and IoT. As embedded systems grow increasingly complex, traditional RF testing methods are often insufficient to capture the intricate interplay of signals across multiple domains – time, frequency, and digital. Multi …
In the world of embedded RF design, engineers are facing a shift in expectations. No longer is it sufficient to capture signals from a single point of view or rely on isolated snapshots of the RF spectrum. Modern systems are increasingly complex, integrating multiple radios, antennas, and subsystems, often operating simultaneously in tightly packed environments. These complexities demand solutions …
In the world of measurement, accuracy (how close a measurement is to the true or accepted value), is not just a goal—it’s a requirement. At Tektronix, we understand that effectively measuring and reporting calibration measurement results impact and can cascade into significant consequences for high-performance systems. One of the most effective tools we use to mitigate the measurement decision …
