This library is curated with resources designed to provide insights and in-depth information helping you to solve important challenges in the workplace.
This whitepaper intended to provide an understanding of the requirements for qualification of an Absorber Lined Shielded Enclosure (ALSE) for use in the measurement of radiated disturbances in the frequency range of 150 kHz to 2,500 MHz, as described in CISPR 25.
Solving Maxwell’s Equations for real life situations, like predicting the RF emissions from a cell tower, requires more mathematical horsepower than any individual mind can muster.
Get this infographic on the top books in EMC. Great for those who are just getting started in the field, are looking for a refresher, want to teach or gift others the basics, or even if you are simply looking to build up your library.
Calculating and understanding antenna beamwidth is critical as it impacts many test results. Selecting the correct antenna and placement that corresponds to the beamwidth is critical.
It is important to properly understand EMC test standards, amplifier specification definitions, types of amplifiers, and other considerations when selecting an amplifier for EMC testing.
Sensors, both contact and non-contact, are crucial devices that allow the monitoring, detection, and reaction to conditions in an environment or within a process or piece of equipment. While myriad types of sensors exist and are designed to monitor varying conditions, all of them can be characterized as being one of two types — contact sensors and non-contact sensors. This paper will explore what differentiates contact and non-contact sensors.
Increased use of complex embedded electronics and software can create issues for designers, manufacturers, and integrators because of the potential for malfunctions. Systematic failures are caused by design, manufacturing, operational procedures, software bugs, or documentation errors. Methods to prevent such losses should include a Functional Safety evaluation, which helps detect malfunctions before they can lead to potentially catastrophic consequences.
In this comprehensive application note, you’ll learn more about mixers and how they benefit your testing needs. You’ll also go in-depth around preselection: What is it? Why is it important? Most importantly, you’ll discover how applying this new information can save you time and money during your EMI testing.
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