Electrostatic shielding is a technique used to protect sensitive electronic equipment and components from external electric fields or electrostatic discharges. This article provides an overview of electrostatic shielding, its working principles, and applications. Principles of Electrostatic Shielding

An electrostatic shield, consisting of a single turn of aluminum foil placed between the primary and secondary winding, is used to provide from 30 to 70 dB attenuation of wide band line-to-ground (common mode) noise. Typical uses of shielded isolation transformers include:

Shielding and its Effects on Atomic Radius The Lanthanide Contraction is the result of a poor shielding effect of the 4f electrons. The shielding effect is described as the phenomenon by which the inner-shell electrons shield the outer-shell electrons so they are not effected by nuclear charge.

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