(MRI) A metal mesh or sheet which blocks electric fields. Faraday shields are used in most MRI rooms to prevent unwanted radio waves from entering the room and affecting the image. Also prevents RF radio waves from leaving the room and interfering with other equipment.
An electrostatic shield between the input and output windings of a transformer, designed to reduce output common mode noise.
(Faraday Cage) - an electrically conductive screen or shield that reduces or eliminates interference between outside radio waves and those from the MRI unit.
a continuous metallic conducting cage around your electronics items which prevents nuclear EMP or lightning like pulses from getting conducted or coupled into the inside of the cage
a type of electrostatic primary-to-secondary shield that's commonly employed in transformers
In order to reduce common or differential noise in a power supply's output, a faraday shield is applied to reduce intertwining capacitance.
An electrostatic (E field) shield made up of a conductive or partially conductive material or grid. Faraday cage or screen room is effective for protecting inside equipment from outside radiated RF energies.
An electrostatic shield would on a transformer, designed to reduce interwinding capacitance. The result is less common-and differential-mode noise at the output of the power supply.
An electrical conductor such as a copper mesh or an aluminum sheet that is used to block out electric fields. Most MRI rooms are surrounded by a Faraday shield to keep radio waves from coming into the room, and MR radio waves from leaving the room.
electrical conductor designed so as to block out unwanted electric fields.
A network of parallel wires connected to a common conductor at one end to provide electrostatic shielding without affecting electromagnetic waves. The common conductor is usually grounded.
A grounded metallic barrier which can be used for improved isolation between the windings of a transformer. In this application, the shield basically reduces the leakage capacitance between the primary and secondary.
An electrostatic shield between input and output windings of a transformer. This is used to reduce primary to secondary coupling capacitance, which in turn will reduce output common mode noise.
Conductive material used to contain an electric field. The shield provides electrostatic shielding while passing electromagnetic signals.
A metal shield placed between the primary and secondary windings of a transformer to reduce coupling capacitance and output common mode noise. The shield will have only one terminal and is electrically connected to ground potential.
An electrostatic shield named after its inventor Michael Faraday. It is made by placing conductive material (often copper or aluminum) around some device and connecting that material to ground. - Category: Manufacture of Gear
A grounded electrostatic shield that reduces coupling capacitance in transformers. The shield, which effectively reduces output common mode noise, is placed between the primary and secondary windings of a transformer.