a metal box which is grounded ( you could do a web search for it )
a metal cage to shield from electric fields
a metal (must be a magnetic metal like steel) cage that surrounds something that you want to protect or be protected from
a metal or metal pizza ovens screen box
an aperture-less enclosure constructed of a perfectly conducting material
an electrical apparatus normally metal meshes designed to prevent the passage of electromagnetic waves
an enclosure with no apertures (holes, slits, windows or doors) made of a perfectly conducting material
an equipotential shell that prevents the propogation of EM to it's inside due to its electrical conductivity
A proven concept that states: since electricity takes the least resistant path to electrical-ground, devices can be shielded from the unwanted electrical interference by placing them inside a grounded conductive container (or "cage").
A cage made of conductive material. Static fields and discharges do not pass through it. Electromagnetic energy passing through the skin or shield is attenuated to varying degrees.
A conductive, grounded enclosure which completely surrounds an object. It will shield the contents within from the effects of an external electrostatic field. This concept is of great practical use in protecting ESD sensitive items. For example, a metallized bag or a conductive tote box can provide excellent Faraday cage shielding to protect its contents. This shielding is also effective in most cases even when the conductive enclosure is not grounded. See Ground, Soft Ground &/or Hard Ground
The name given to a device that shields its inside from electric fields generated by static electricity. Usually a complete conductive shell, it collects stray charges and, because like charges repel, stores them on the outside surface (where they can be further apart than on the inside). The electric fields generated by these charges then cancel each other out on the inside of the cage. Often used to protect sensitive radio equipment.
Electrostatic application causes paint particles to be attracted to the nearest grounded object. This attraction force is often strong enough to pull paint particles out of their intended flight direction. Recessed areas on parts often receive insufficient paint coverage since they require a slightly longer path for paint particles. As a result, these Faraday Cage areas may need touch-up painting with non-electrostatic spray.
A conductive enclosure that attenuates a stationary electrostatic field.
A conductive enclosure. May be solid in form such as a sheet-metal enclosure, or may be full of apertures such as a wire cloth box. Faraday cage is used to protect neutral objects in the cage from ESD external to the faraday cage.
a container made of an electrostatic shielding material. It protects an enclosed device from field-induced charges.
A Faraday cage or Faraday shield is an enclosure formed by conducting material, or by a mesh of such material. Such an enclosure blocks out external static electrical fields. Faraday cages are named after physicist Michael Faraday, who built one in 1836 and explained its operation.