This three-part series discusses how phase noise in general is modeled and simulated, and how RF component phase noise propagates through a PLL to determine its output phase noise...
Radar systems are increasingly important in many industries. However, as they carry out complex techniques, they need transceivers that can meet their needs. Software-defined ...
As the IoT continues to expand, wireless protocols need to support applications that require higher network capacity, faster data rates, and more robust security.
Mercury Systems' Ken Hermanny and Rodger Hosking discuss the deployment of Direct RF technology and signal processing product solutions for defense and aerospace applications....
Designers of 5G/6G systems must take into account the seven major “pillars” critical to their successful creation, which center around antennas, receivers, and RF power, among...
What’s the state of the state for today’s calibration engineers? The cartoon series courtesy of Fluke Calibration takes a satirical snapshot of the current climate.
At IMS, Microchip Technology tested and compared measurements between a miniature atomic clock and a chip-scale atomic clock using its 53100A phase-noise analyzer.
Root mean square (RMS) and peak power ratings are basic power-handling terms. If you’re looking to build a high-performance entertainment system, you should understand exactly...