In particular, the high-voltage generator includes a shield electrode (123a, 123b) electrically connected intermediate of a first voltage multiplier (122a, 122b) and a second voltage multiplier (122b, 122c).

The voltage reference circuit further includes a voltage regulator, coupled to the voltage multiplier circuit that regulates the DC signal from the voltage multiplier circuit.

The voltage supply means comprise an intermediate voltage unit (2) and a voltage multiplier (6).

The voltage multiplier (58) is coupled to the source.

A rectifier and voltage multiplier circuit converts the voltage across the secondary winding of the first transformer to a dc voltage.

A voltage multiplier 10 comprises a series of multiplier stages 12a, 12b, 12c, 12d.

The coating dispensing device further includes a source of voltage and a voltage multiplier (58) for multiplying the voltage.

The power supply may include a voltage multiplier comprising a transformer.

Charge pumps have a series of voltage multiplier stages in series to boost voltage.

The power supply device (4) is designed as a voltage multiplier to which AC voltage (U) is fed.

A voltage multiplier circuit connected to a voltage divider network is used for supplying the plurality of voltages.

A voltage divider (15) establishes a unity gain level, and the variance from this voltage is squared by the first voltage multiplier.

The voltage multiplier (6) is arranged in conjunction with the corona electrodes (7), and the intermediate voltage unit (2) and the voltage multiplier (6) are placed at a distance from each other and connected by an intermediate voltage cable (5).

A voltage multiplier circuit in particular for programmable memories is supplied by a low voltage.

This is done by changing the capacitance used in the individual voltage multiplier stages.