The object of the invention is to reduce losses in a high-voltage transformer, in particular to minimize electric losses.

In this way, electrical losses through the substrate (20) are substantially reduced.

This enables a distinct reduction in the electric loss of the inductive component.

These devices have higher electrical performance and low electrical losses.

Electric power transmission leads to electrical losses.

The power loss of the power supply is reduced, and the output efficiency of the power supply is improved.

The process can be used to reduce electric losses in the servo drive (36) and to prevent fluctuations in the control system.

This is where most of the electrical losses occur.

It also will reduce losses in electrical power lines.

That would also eliminate the loss of electricity in the grids.

These electrical losses can be greatly reduced by breaking up the current paths within the sample.

Connection boxes along the route limit electrical losses.

Insulating flaws in electrical components are detected by measurement of electrical leakage before and after immersion in a mobile ionising solvent, e.g. a lower alkyl alcohol.

An additional benefit is a reduction in electrical losses at the back (Al) side.

This means that the available space is not optimally used and electrical losses are incurred in the interconnections.