While most readers are knowledgeable about voltage doublers, here is a discussion about how to use them in unusual ways to enhance power supply circuits that might be otherwise limited in features.

For high voltage input/output applications, inductor-less, switched capacitor converters (charge pumps) significantly improve efficiency and reduce solution size over conventional inductor-based buck ...

An electronic circuit that converts AC to DC and multiplies the source voltage. Using capacitor/diode pairs, the capacitor stores the source voltage like a charge pump, and the diode rectifies it. The ...

This very stern looking gentleman is about to explain how voltage doubles work in a plodding, yet satisfyingly thorough manner. We’re not certain when this US Air Training Command video was produced.

STAR4003 is designed in a TSMC 40nm process with 3.3V tolerant devices. It outputs an open loop doubled voltage from the input supply. The IP integrates two NMOS power switches and two PMOS power ...

A design of voltage doubler circuit has been studied in context of electromagnetic energy harvesting using 28 nm FD-SOI technology. After analysis of the operating constraints of the circuit, the ...

I have a P166 Classic on a P55T2P4 REV 2.1.<BR>The multiplier is set at 2.5 The FSB wont exceed 66mhz and i'm told that the mobo doesn't support split voltages. Anyway i tried to overclock the ...

A charge pump is a type of switch-mode power-supply (SMPS) circuit that’s used as a dc-dc converter or regulator with appropriate feedback control. The charge pump is often overlooked when considering ...