Multiple Shielding Techniques employed to reduce the inter winding capacitance to below 0.005 picofarad and increases DC Isolation to over 1000 Megaohms. Technically any transformer that has no direct current path between its primary & secondary windings provides isolation from any kind of leakage in Current, SpikesSurges produced in the system. Provision of electrostatic shield in between primary & secondary winding depends upon its construction, specification & performance characteristics.

Multiple Shielding Techniques employed to reduce the inter winding capacitance to below 0.005 picofarad and increases DC Isolation to over 1000 Megaohms. Technically any transformer that has no direct current path between its primary & secondary windings provides isolation from any kind of leakage in Current, SpikesSurges produced in the system. Provision of electrostatic shield in between primary & secondary winding depends upon its construction, specification & performance characteristics.