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Testing

Basic Parameters of the Normalized Site Attenuation (NSA) Method for Open Area Test Sites (OATS) and Semi Anechoic Chambers (SAC) in CISPR 16‑1‑4

This article discusses the requirements for the qualification of an Open Area Test Site or Semi Anechoic Chamber for measuring radiated disturbances from 30 MHz to 1 GHz.

Let’s Talk About… Baluns

What is an antenna Balun? The term balun is a portmanteau (a blending of two words) of balanced/unbalanced – BAL-UN.

Defining Product Grounding in the Automotive EMC Test Plan

This article presents the importance of defining product case and load simulator grounding in an automotive EMC test plan.

EMC Testing… The EU Experience

Changes to the FCC compliance rules in the U.S. now enable manufacturers to save time and cost by allowing self-testing. This article outlines some of the basic factors that determine RF and EMC behavior and how these determine compliance test methods.

Selecting the Proper RF Amplifier for the Required Field Strength

More power costs more money when it comes to broadband power amplifiers, so we typically only specify/buy to meet our current needs rather than what we may need in the future.
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Qualification of Interface IP for Charge Device Model Based on Peak Current

The voltage based CDM classification has practically no meaning for IP qualification. In this article, we propose an alternative CDM qualification, which is based on a peak current criterion.

Let’s Talk About Unconventional EMC Chambers

In this article we will address less mainstream, non-typical EMC test chambers that are often used in automotive, military, and other pre-compliance types of test environments.

HBM Pin Combinations

Should I use the pin combinations in Table 2A or Table 2B per Human Body Model (HBM) standard JS-001?

Let’s Talk About Why Filters Fail

This article looks at some of the reasons why the filters you may think will work often do not when they’re put into real circuits. So… let’s talk about why filters fail.

De-risking Resonances in Single Conductor Structures, Such as “Ground”

In this article, the author will identify two major types of single-conductor structure resonances and describe some case studies for both. He will then describe how design projects can quickly and easily be ‘de-risked’ from the possibilities of suffering either type of resonance by the use of low-cost field and circuit simulators and/or low-cost bench testing on physical ‘mock-ups’.
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