Schaffner EMC Archives - In Compliance Magazine

Active Harmonic Filtering for 200/250/300 Amp Applications

Schaffner EMC introduces the ECOsine® Active 200/250/300A- a harmonic filter which provides harmonic compensation in real-time for demanding industrial and commercial environments. With a capacity of 300A, ope... Read More...

Active & Passive Harmonic Filters Provide Harmonic Mitigation for Data Centers

Schaffner EMC introduces ECOsine® 60 Hz Active and Passive Harmonic Filters which remove harmful harmonics and increase the reliability of supplied power, thus extending the service life of downstream data cent... Read More...

Economical Harmonic Mitigation for 5 to 250 HP Motors

Schaffner EMC introduces ECOsine® 60 Hz Passive Harmonic Filters which remove harmful harmonics of a pre-determined order, to increase the reliability of supplied power, and thus extend the service life of down... Read More...

New Literature Details Passive Harmonic Filters

Schaffner EMC introduces new literature detailing the company’s passive harmonic filters for use within a wide variety of industries and settings. High power AC and DC drives for automation tasks, variabl... Read More...

Schaffner Introduces Sine Wave Filters for VFD Motor Drives

The new lineup of Sine Wave filters from Schaffner EMC eliminate premature motor damage caused by high dv/dt, overvoltages, cable ringing, motor overheating and eddy current losses caused by Variable Frequency ... Read More...

New Harmonic Filter Ideal for Harmonic Mitigation in Varied Industrial Settings

Schaffner EMC introduces the ECOSine® Active 30/50/100A- a harmonic filter which provides harmonic compensation in real-time. With a capacity of 100A, operating at 480VAC (+/- 10%), the 30/50/100A (3-wire) mode... Read More...

Individuals in Engineering and Technology Recognized for STEM Achievements & Community Contributions

U.S. DoE to Provide Nearly $3 Billion for EV Battery Development, Manufacturing

Wirelessly Powering IoT With 5G Network

Polymer Film Can Limit Electromagnetic Interference

Using Nanomaterials to Create a Passive Dual-Mode Heating and Cooling Device

New Sensor on ISS Designed to Protect Space-Based Technologies

France Bans iPhone 12s for SARS Non-Compliance

2023 Ig Nobel Prizes Announced

FDA Issues Final Guidance on ISO 10993-1 for Biological Evaluation of Medical Devices

EMC Design Reviews: Some Lessons from Our Design Review Career (to date!)

GaN/SiC Transistors for Your Next Design: Fight or Flight?

Local PCB Layout Tweaks for Improved Signal Integrity When Using ESD Protection Devices

Clock Duty Cycle Tuning for Desense Mitigation in Modulation‑Involved Cases

ESD Designers’ Headache with Multiple Automotive Test Requirements, Part I

Troubleshooting EMI Issues Caused by Structural Resonances

Energy Release Quantification for Li-Ion Battery Failures

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

GaN/SiC Transistors for Your Next Design: Fight or Flight?

(Re)Discovering the Lost Science of Near-Field Measurements, Part 4

(Re)Discovering the Lost Science of Near-Field Measurements, Part 3

Pre-Compliance EMI Testing

(Re)Discovering the Lost Science of Near-Field Measurements, Part 2

In-Situ Radiated Emission Testing of Large Systems Installations

The Role of NEBS Requirements in the Telecom Marketplace

ANSC C63 Committee on EMC: A 2023 Status Report

An Overview of Aerospace Battery Compliance

The Future of Wi-Fi

EMC Lab Selection – Revisited

NASA Space Shuttle’s Return to Flight: The Untold Electromagnetic Backstory

Continuing Your Professional Education in 2022

A Recipe for Success: How to Grow from EMC Novice to EMC Expert

Capacitors: Theory and Application

Ohm’s Law Also Applies to ESD‑Induced Heat Pulses

RF Tech Tip: BNC Versus Threaded Connectors