Our Brands:
EMI & EMC Solutions
Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC) are crucial in the electrical engineering market. Our EMI and EMC solutions include EMI filters, which filter out high-frequency interference; EMI connectors with metal shielding; EMI shielding, such as conductive materials or coatings in enclosures; and EMI shielding sleeves for cables. These measures are essential to meet standards and ensure electronic reliability.
Electronics engineers are well aware of the need for protection against electromagnetic interference or EMI and will consider good PCB layout, filtering, grounding, signal integrity, etc., in their design to address EMI at the source. However, shielding the enclosure is equally important and solves the problem of radiated emissions and sensitivity. Shielding is a mechanical solution to an electrical problem, and the enclosure design engineer must be aware of the available types of gaskets and their different properties and ensure that there is sufficient land area on the enclosure seams, doors, etc., to place the gasket. We offer a comprehensive range of EMI/EMC solutions from, among others, TE Connectivity for consistent protection.
View All Series in EMI & EMC Solutions
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EMI Connectors
Connectors for Reliable Protection Against EMI and EMP Threats
EMI Filters
TE Connectivity Corcom EMI filters
EMI Gaskets
Conductive fillers designed to ensure galvanic compatibility
Line reactors
TE Connecivity CORCOM RPQ series lijnreactoren
Frequently Asked Questions about EMI & EMC solutions
- What is EMI and EMC? EMI refers to the interference caused by electromagnetic radiation that can disrupt the operation of electronic devices. EMC refers to the ability of a device or system to withstand EMI and function normally without causing or experiencing interference.
- What are some common sources of EMI? Electronic devices, broadcast stations, switching power supplies, motors, and so on can be sources of EMI.
- How can I reduce EMI problems in my electronic designs? Using shielding, filtering, good PCB layout, and following EMC guidelines are some ways to reduce EMI.
- What is electromagnetic shielding and how does it work? Electromagnetic shielding is the use of conductive materials to block or deflect electromagnetic radiation, thereby reducing interference.
- What is the importance of good grounding in EMC? Good grounding is essential to prevent unwanted voltage levels and to provide a path for dissipating excess electrical charges.
- How does an EMI filter work? An EMI filter typically consists of various components, including coils (inductors), capacitors, and sometimes resistors. These components are carefully designed and configured to suppress EMI.
Application of EMI/EMC Solutions:
Our Markets
The applicability of EMI & EMC Solutions and the benefits they provide are virtually applicable in every market. Here’s an overview:
Automotive
Construction & Infrastructure
Defense & Military Mobility
Electrical & Installation Technology
Energy & Utilities
Industrial Machines
Aerospace
Oil & Gas
Shipping and Coastal
Railway
Trucks, Buses & Off-Road Vehicles
Enclosures
About Idétrading Electronics
Idétrading Electronics is an independent, advisory, service-oriented, and inventory-holding distributor of a wide range of high-quality electrical materials from brands such as TE Connectivity Raychem, Bentley Harris – Federal Mogul, and Schlemmer – Delfingen. Our product range targets customers in various sectors including installation, automotive, industry, process industry, petrochemicals, aerospace, defense, energy technology, MRO, offshore, (semi-)government, and wholesale