Physical data of a component of the design is identified, created, or updated, and the electrical parasitic associated with physical data is characterized.

A piezoelectric resonator (100) with an attenuated spurious response.

The RF switch is connected between the parasitic conductive element and the electrical ground and configured to vary an electrical current path between the parasitic conductive element and the electrical ground.

A piezoelectric resonator (10) with an attenuated spurious response.

The invention relates to a method for the measurement of an unknown electrical resistance in a current circuit, whereby an unknown fixed interference voltage is present in the current circuit.

Thus the charge that is accumulated by the stray capacitance (16) of the main electric motor is discharged, preventing electric shock by the charge accumulated by the stray capacitance of the main electric motor.

The electric power sources may include a parasitic electric power source, a rechargeable electric power source, an intermittent electric power source, and a continuous electric power source.

The parasitic conductive element has no electrical contact with the UWB feed element.

Power supply apparatus and method based on parasitic power extraction is disclosed.

The invention relates to a device for limiting a fault current produced by an accidental arc in an electric switch and/or distribution system by limiting and/or interrupting said fault arc.

The object of the invention is an apparatus and method for reducing bearing current in an electrical machine.

Measurement of spurious radiation and electric SIM compatibility.

The arrangement comprises at least one first arc electrode (51) mounted on the first bus bar (7; 107; 207; 307) and one second arc electrode mounted on the second bus bar (8; 108; 208; 308).

The parasitic conductive element is connected to an electrical ground and capable of radiating a second frequency band.

Another portion of the electrodes additionally detects, next to the area of interest, the interfering electrical activity generated by adjacent regions.