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A shielding chamber is an enclosure designed to block electromagnetic interference (EMI) and radio frequency interference (RFI) to protect sensitive electronic equipment or test environments.

Shielding chambers are often constructed using conductive materials such as metal sheets, conductive gaskets, and conductive paints to create a barrier against electromagnetic and radio frequency signals.

Industries such as telecommunications, medical equipment manufacturing, military and defense, aerospace, and research laboratories benefit from the use of shielding chambers to protect their sensitive electronic devices and test environments.

There are various types of shielding chambers, including RF shielded enclosures, anechoic chambers, MRI shielding rooms, and TEMPEST enclosures, each designed for specific purposes and levels of electromagnetic and radio frequency shielding.

Shielding chambers work by creating a Faraday cage, using conductive materials to absorb or reflect electromagnetic and radio frequency signals, preventing external interference from reaching sensitive equipment or test environments.

When designing a shielding chamber, factors such as the frequency range to be shielded, size and weight limitations, access points for equipment, and any specific industry regulations or standards must be carefully considered.