Lightning Arrestor Enables GPS Systems to Run Without Downtime! – FPL Series Highlight

Our FPL Series of GPS Lightning Arrestors have been providing security and confidence to users of GPS Positioning and Timing Synchronization Systems around the world for over 10 years! These multi-stage protectors provide the fastest-acting surge protection available for DC Pass GPS and Global Navigation Band applications operating between 1.15 and 1.61 GHz. The special…

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Three Critical Factors for Comparing and Selecting an EMI Filter

High Current Feedthrough Filter - Installation Example

There are three major criterion to pay attention to when comparing different EMI filters and trying to select the proper solution for a given application. Filtering Performance As filtering performance is the reason for any filter to exist in the first place, this is a crucial selection factor. All filters are not created equal, both…

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Protecting Radio Equipment from HEMP/NEMP High Speed Transients – Coaxial Arrestor Threat Type Spotlight

This post is about protecting against high speed HEMP/NEMP pulses, one of the many types of transient threat that NexTek arrestors provide protection against.  Although Lightning energy is the primary source of damage to coaxial lines and systems where they are used, there are also other types of Surge Energy that can cause damage to electronics.…

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Why Selecting A Rugged EMI/RFI Filter Is Critical For Many Applications

P1 Hybrid

High Current Feedthrough EMI/RFI noise filters are available with many different form factors and circuit designs…From simple C-type filters to L-C and multistage “Pi” filters (C-L-C), there is a wide range of solutions that exist on the market. However, most feedthrough filter designs use technology and construction techniques which make them susceptible to harsh environmental…

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How Do I Measure and Compare Feedthrough Filter Performance?

Have you ever wondered how to test feedthrough filters to verify their actual performance versus their ratings, or to compare multiple filter options to select the best performer?  Is it possible to perform measurement on filtering performance through the MHz and GHz range without having the full-scale system and large test chamber available? In this week’s featured White Paper…

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