MPB Electronic blog: insights on electromagnetic compatibility and RF instrumentation

Practical guide to CISPR 32 standard: EMI measurements for broadcast and TV devices

Electromagnetic compatibility (EMC) is a crucial aspect for electronic devices, especially in the broadcast and TV sector. The CISPR 32 has extended and updated the requirements of the previous CISPR...

GTEM cell in EMC Testing: operation, applications, and NMR-CUBE

We live surrounded by electromagnetic waves. From smartphones to microwave ovens, from networking devices to industrial plants, we are constantly exposed to electromagnetic fields of varying intensity...

Southern National Laboratories (LNS-INFN)

MPB selected by INFN Catania for EMP shielding measurements at the I-LUCE Facility

The National Institute for Nuclear Physics (INFN) in Catania has selected MPB to conduct shielding efficiency measurements within the frequency range of 10 kHz to 6 GHz. These measurements are es...

The limitations of traditional troubleshooting techniques

In the field of magnetic resonance, ensuring electromagnetic shielding effectiveness (Shielding Effectiveness - SE) is essential to prevent interference and ensure optimal performance. However, tradit...

Electromagnetic compatibility: a guide to CEI EN 61000-4-3 and immunity testing

Electromagnetic compatibility (EMC) is a crucial requirement to ensure the proper functioning of electronic devices in environments with varying levels of electromagnetic fields.The goal is to guarant...

IEEE 299: The standard for measuring shielding effectiveness

In the field of electromagnetic shielding, ensuring adequate protection against interference is essential for the proper functioning of electronic devices.For this reason, the IEEE 299 standard provid...

L to R: Mr.Florian Büttiker CTO, Mr André Gut Technical Support Engineer e Jan Bulli Wilkinson CEO Mpb srl

SEMS B: more than shielding effectiveness measurement

The field of electromagnetic shielding is constantly evolving with the introduction of high-performance materials designed to deliver increasingly higher performance. Testing their effectiveness is cr...

Shielding effectiveness

Shielding efficiency specifies the ability of a material or structure to reduce or attenuate electromagnetic wave propagation.In environments like MRI or the anechoic chamber, where electromagnetic fi...

Anechoic Chamber

An anechoic chamber is defined as an enclosed "metal" environment made with a supporting structure of dielectric or conducting material, covered inside with absorbent material.The need in radiated imm...

2013/35/EU Directive

European Directive 2013/35/EU, the 20th such directive, is also called the EMF Directive and was approved on June 26, 2013.This legislation presents the minimum safety and health provisions related to...

Faraday cage

Faraday Cage was discovered and tested in 1836 by the chemist and physicist of the same name, Micheal Faraday. This is a current-carrying metal enclosure that electrically shields the internal environ...

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