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EMC Testing

AR and MVG Sign Memorandum of Agreement to Provide Turnkey Solutions

With this agreement, both AR (Amplifier Research) and MVG (Microwave Vision Group) offer a...

TÜV Rheinland Honored with Frost & Sullivan’s 2014 Customer Value Enhancement Award in EMC Testing

Frost & Sullivan presents TÜV Rheinland with the 2014 European Customer Value Enhancement Award...

HAEFELY HIPOTRONICS Introduces EMC Testing “How-To” Video

HAEFELY HIPOTRONICS launched a new EMC Testing “How-To” video – featuring the AXOS Series...

Herbert Hewitt Jr. Joins TÜV Rheinland’s Southeast Sales Team

TÜV Rheinland has appointed Herbert Hewitt Jr.  as Senior Sales Account Manager for the...

Electromagnetic Compatibility Assessment of Wireless Emissions in Shipboard Spaces

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.

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Phase Stability, Loss Stability, and Shielding Effectiveness

This article addresses phase stability, loss stability, and shielding effectiveness in cable assemblies exceeding...

The Evolution of EMC Testing for Electrified Powertrains in Automotive Vehicles

3 evolution-of-emc-testing-smallFrom the time when automotive vehicles were essentially mechanical with spark ignition the only electrical system, through the many decades that brought the development of electrical, electronic and computer controlled automotive systems, the need for and methods of automotive testing have evolved along with the vehicles. At one time, electrical testing was sufficient. But with the dawn of the digital computer era, compatibility became a major issue. Those pesky clocked systems are inherently noise producers and are also subject to immunity issues.

Troubleshooting Radiated Emissions: Three Case Studies

Radiated emissions (RE) are often the number-one cause of compliance failures for most electronic products. This article describes simple troubleshooting steps and tools to isolate most RE issues.

Guide to Testing Conducted Emissions (Based on the Methods in EN 55022 and EN 55011) – Part 2

Conducted emissions testing may be carried out on an Open Area Test Site (OATS) intended for testing radiated emissions, but it is not necessary to use an OATS and conducted emissions can be tested relatively easily, with high accuracy, in the comfort of your own building.

Recent Changes to GR-1089-CORE

Released in May of 2011, GR-1089-CORE Issue 6 Electromagnetic Compatibility (EMC) and Electrical Safety requirements for Network Telecommunications Equipment has undergone a number of technical changes. We look at its substantial modifications and the potential impact on previously certified products.

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