RF

Gimbals & Gimballing Ships’ compasses are mounted on gimbals, fixtures that allow the needle to...

University of Washington researchers recently presented a paper at the Association for Computing Machinery’s...

On August 14, 2013, the Food and Drug Administration released the final guidance titled...

Saelig Company, Inc. has introduced the GSP-930 - a 3GHz Spectrum Analyzer designed on...

Electromagnetic compatibility of wireless communications and sensor networks with mission critical electronic equipment is assessed for below-deck spaces on ships and submarines. With intentional wireless emission of radio-frequency (RF) energy into the reverberant spaces, it is necessary to measure and characterize the statistical electromagnetic environment (EME) and to predict maximum electric field strengths to a specified confidence level.

As part of its ongoing review of its rules and regulations, the Federal Communications...

Everything we work with is analog. With this said, how do those who are comfortable with wave propagation (RF) and only work with spectrum analyzers identify and solve an EMC event?

EMI measurements for RF/microwave testing are complex and time-consuming. While signal processing advancements help, key improvements come from enhanced software, integration, automation, and time-domain techniques like FFT, making the EMC measurement process faster and more efficient.

Agilent Technologies Inc. (NYSE: A) today introduced two active differential probes for RF and...