The voltage multipliers using capacitors and diodes first developed by Cockcroft and Walton in 1932 were reexamined in terms of state of the art fast switching transistors and diodes, and high energy density capacitors. Because of component improvements, the voltage multiplier, used without a transformer, now appears superior in weight to systems now in use for dc-dc conversion. An experimental 100-watt 1000-volt dc-dc converter operating at 100 kHz was built, with a component weight of about 1 kg/kW. Calculated and measured values of output voltage and efficiency agreed within experimental error
Abstract- In this paper a high D.C. voltage is based on Cockcroft-Walton cascade rectifier, without ...
Three dc-to-dc converter topologies aimed at high-power high-frequency applications are introduced. ...
This research analyzes and investigates the steady-state operations of four different high-voltage-g...
An analytical and experimental study was made of a capacitor-diode voltage multiplier without a tran...
Voltage multiplier techniques are extended at medium power levels to larger multiplication ratios. A...
Circuit multiplies a dc input voltage in the millivolt range to yield a larger dc output voltage bea...
This paper presents a modified Dickson converter to achieve wide input range capacitive DC-DC conver...
The project is designed& constructed to develop a high voltage DC of around 2KV from a input AC supp...
A novel single active switch two-diodes high-voltage converter is presented. This converter can oper...
: In my paper possess a high voltage gain and devoid of using Step up transformer through a high ste...
The current and voltage waveshapes associated with the power transitor and the power diode in an exa...
This paper presents a novel converter based on the Dickson voltage multiplier for high voltage appli...
This paper proposes a novel high-gain AC-DC converter based on the Cockcroft-Walton (CW) voltage mul...
A new class of high-voltage-gain dc-dc converters for high-efficiency and transformer-less dc-dc app...
This paper presents a fully integrated capacitive DC-DC converter with a wide input voltage range. T...
Abstract- In this paper a high D.C. voltage is based on Cockcroft-Walton cascade rectifier, without ...
Three dc-to-dc converter topologies aimed at high-power high-frequency applications are introduced. ...
This research analyzes and investigates the steady-state operations of four different high-voltage-g...
An analytical and experimental study was made of a capacitor-diode voltage multiplier without a tran...
Voltage multiplier techniques are extended at medium power levels to larger multiplication ratios. A...
Circuit multiplies a dc input voltage in the millivolt range to yield a larger dc output voltage bea...
This paper presents a modified Dickson converter to achieve wide input range capacitive DC-DC conver...
The project is designed& constructed to develop a high voltage DC of around 2KV from a input AC supp...
A novel single active switch two-diodes high-voltage converter is presented. This converter can oper...
: In my paper possess a high voltage gain and devoid of using Step up transformer through a high ste...
The current and voltage waveshapes associated with the power transitor and the power diode in an exa...
This paper presents a novel converter based on the Dickson voltage multiplier for high voltage appli...
This paper proposes a novel high-gain AC-DC converter based on the Cockcroft-Walton (CW) voltage mul...
A new class of high-voltage-gain dc-dc converters for high-efficiency and transformer-less dc-dc app...
This paper presents a fully integrated capacitive DC-DC converter with a wide input voltage range. T...
Abstract- In this paper a high D.C. voltage is based on Cockcroft-Walton cascade rectifier, without ...
Three dc-to-dc converter topologies aimed at high-power high-frequency applications are introduced. ...
This research analyzes and investigates the steady-state operations of four different high-voltage-g...