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 …
Today, in front of a select audience of investors and analysts gathered in New York City, we unveiled an exclusive preview of our latest creation: an ultra-high-performance solution engineered for a new era of discovery.
Designed for engineers pushing the boundaries in high-stakes industries like space exploration, semiconductor, high-energy physics, AI, and quantum, this breakthrough promises …
At Tektronix, we frequently receive inquiries from our customers regarding the necessity and significance of calibrating probes, particularly when they compensate them each time they connect to their oscilloscopes. In this brief blog, we aim to address these common questions and clarify the crucial differences between probe calibration and compensation. Understanding these processes is vital for …
Figure 1. EA-BIM 20005 Battery Impedance Meter offers 20 channels for electrochemical impedance spectroscopy (EIS) measurements, plus 20 channels for temperature sensors.
Today, evaluating batteries got better, faster. The new EA-BIM 20005 battery impedance meter delivers industry-leading throughput, performing electrochemical impedance spectroscopy (EIS) measurements across up to 20 channels …
Accurate energy loss measurements are one of the key objectives of double pulse testing. Eliminating the
timing skew between voltage and current probes is a critical step in making accurate power and energy measurements
on an oscilloscope.
The double pulse testing software (WBG-DPT),
available on the 4B Series, 5B Series and 6B Series MSOs, includes a new deskew
technology designed …
A DC power supply is an essential electronic instrument that converts alternating current (AC) from standard wall outlets into stable direct current (DC). This steady DC voltage is indispensable for reliably powering everything from basic electronic components and prototypes to complex industrial systems and precision laboratory setups.
Behind every functioning piece of electronics is a power …
High-speed pulse testing is at the forefront of modern research, playing a critical role in areas such as Photonic Doppler Velocimetry (PDV) and Broadband Laser Ranging (BLR) used in high energy physics exploration. The ability to accurately capture and analyze events that occur in microseconds or even nanoseconds is paramount, and the precision required is exceptionally demanding. Even minor …
As a Tektronix we understand the critical role that calibration plays in maintaining the accuracy and reliability of test, measurement, and diagnostic equipment. Calibration is not just a technical requirement; it's a strategic practice that can significantly impact a company's bottom line by minimizing product defects, reducing recalls, and enhancing the reputation for consistent quality. Here …
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