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RF Tech Tip: BNC Versus Threaded Connectors

The shielding performance of bayonet vs. threaded connectors is measured and some possibly surprising conclusions are drawn. Bayonet connectors – more useful than you might think.

Lightning and RF Electrical Bonding

Everything you need to know about the lightning and radio frequency bonding requirements in military and aerospace standards (and nothing you don’t!)

MIL-STD-464D: A Review of Recent Changes

In this article, we detail the key changes between MIL-STD-464C and MIL-STD-464D, the recently-released update to the standard.

A Problem (and a Solution) with MIL-STD-461F/G CS114 Below 10 kHz

Ten years ago, MIL-STD-461F added a low frequency extension to CS114 that models common mode noise generated by dc power systems used on Navy ships.

Evolution of Margin Demonstrations in the EMC Discipline

This article documents the role of margin demonstration in system-level EMC testing: how and why they were first instituted, and how they have evolved over time.
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EMI vs. EMC: What’s in an Acronym?

1402 F1 cover"A rose by any other name would stink." – Kenneth Adamson

We have all seen advertising copy for test equipment manufacturers’ “EMC receivers” and “EMC test services” provided by commercial EMI test facilities. While we know what the aforementioned receiver does, and what sort of services the test facility supplies, the nomenclature is wrong and is symptomatic of a deeper problem.

Diamond Jubilee: The 60th Anniversary of the Use of the 41 Inch Rod Antenna in Military EMI Testing

1308 F2 coverThis year marks not only the title anniversary, but arguably also that of the beginning of the modern era in vehicle electromagnetic interference (EMI) testing. Radiated emission (RE) testing of equipment to be used on self-contained vehicles is performed at one meter or less versus testing at a distance of three meters or more for equipment designed for use in homes, offices and factories.

Fifty-Year Old EMI Testing Problems Solved!

There have been inherent problems with audio frequency conducted susceptibility tests since their inception. Some issues are resolved using a novel but inexpensive transducer.

Clash of the Titans

When engineering fixes meet business pressures, technical integrity is put to the test. This article reveals how a simple cable break dramatically degraded EMC performance by up to 40dB, yet management chose the convenient answer over empirical evidence—a cautionary tale for compliance engineers everywhere.

Low-level, Audio Frequency Conducted Emission Measurements: Motivation and Method

Control of low audio frequency magnetic fields from cables, as required by some spacecraft EMI control standards, is best implemented as a conducted emission measurement, but these may require exceptionally efficient transducers and techniques, which are discussed herein.

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