The European Standard EN 50147-1 provides the official methodology for measuring electromagnetic shielding effectiveness in high-performance enclosures. It is the primary reference for testing shielded rooms and anechoic chambers to ensure they prevent external interference or internal data leakage. Understanding the EN 50147-1 Standard
EN 50147-1 sets out several key requirements for electrical and electronic equipment, including:
The standard details specific methods for different field types across the frequency spectrum.
EN 50147-1 serves as a critical safety baseline for the automotive industry. It defines the minimum safety requirements for Rechargeable Energy Storage Systems (REESS) regarding their electrical, mechanical, and thermal integrity. For engineers and compliance officers, this document is essential for ensuring that a battery pack can withstand the rigors of vehicle operation and, more importantly, protect occupants and first responders during fault conditions or accidents.
: It applies to measurements typically ranging from 9 kHz to 40 GHz .
It addresses different field types, including magnetic fields at lower frequencies and plane waves/microwaves at higher frequencies. BSI Knowledge Accessing the PDF
The European Standard EN 50147-1 provides the official methodology for measuring electromagnetic shielding effectiveness in high-performance enclosures. It is the primary reference for testing shielded rooms and anechoic chambers to ensure they prevent external interference or internal data leakage. Understanding the EN 50147-1 Standard
EN 50147-1 sets out several key requirements for electrical and electronic equipment, including:
The standard details specific methods for different field types across the frequency spectrum.
EN 50147-1 serves as a critical safety baseline for the automotive industry. It defines the minimum safety requirements for Rechargeable Energy Storage Systems (REESS) regarding their electrical, mechanical, and thermal integrity. For engineers and compliance officers, this document is essential for ensuring that a battery pack can withstand the rigors of vehicle operation and, more importantly, protect occupants and first responders during fault conditions or accidents.
: It applies to measurements typically ranging from 9 kHz to 40 GHz .
It addresses different field types, including magnetic fields at lower frequencies and plane waves/microwaves at higher frequencies. BSI Knowledge Accessing the PDF