HeNe Laser Power Supply:  (circuit added 7/02)

High Voltage Adjustable Power Supplies:  National Semiconductor Application Notes,28-Jun-1996 (app note added 4/02)

High Voltage Amplifier Drives piezo tubes:  12/07/04 EDN Design Ideas  / (added 6/05)  Piezoelectric tubular positioners that drive manipulators in scanning tunneling microscopes require high-voltage, low-current drive circuits. The circuit in Figure 1 can drive high-resistance, low-capacitance piezoelectric loads at a -3-dB bandwidth of 6 kHz. It offers a low-cost alternative to commercial drivers.

High Voltage Amplifier uses simplified circuit:  10/14/04 EDN Design Ideas  / (added 5/05)  Many scientific instruments and sensors need ac high-voltage drive. High-voltage drive is useful for driving electrodes in many applications. The challenge is to boost the output of a conventional op amp to high voltages. Available ac high-voltage amplifier modules are limited to approximately 1200V p-p.

High Voltage Circuits:  (electronic circuit added 7/03)

High Voltage Electronic Dazer:  (schematic / circuit added 10/02)

High Voltage High Current Power Supply:  lots of power form microwave oven transformer (added 4/02)

High Voltage Low Current Supply:  A high voltage power supply is a very useful source which can be effectively used in many applications like biasing of gas-discharge tubes and radiation detectors etc. Such a power supply could also be used for protection of property by electric charging of fences. Here the current requirement is of the order of a few microamps....   (added 10/05)

High Voltage Power Supply using a Highly Integrated DC/DC Converter (TPS61040) (Slva137.Htm, 0 Kb):  TI Application Note  (added 6/06)

High Voltage Regulator is 100% surface mountable:  11/24/99 EDN Design Ideas /  (added 2/06) It can be difficult to generatea high-voltage supply from a medium-voltage input, especially if you need a surface-mount design. It is difficult to find surface-mount components with the necessary specs, especially the transformer and power switches. High-voltage surface-mount capacitors can also be hard to locate. The circuit in Figure 1 generates 100V from 25V. The circuit is a typical flyback regulator that uses a couple of well-established circuit techniques to handle the high voltage. The first technique is to insert an n-channel MOSFET (Si4480) in series with IC1's internal power transistor. The cascoded FET stands off the large switch voltage that arises when the switch turns off. The large switch voltage represents the input voltage summed with the reflected output voltage of the...

High Voltage Ring Generator:  Supertex Semiconductors (app note added 6/06)

High-Voltage Capacitors, build your own!:  (electronic design / schematic added 2/06)

High-Voltage DC Generator:  (electronic design / schematic added 2/06)

How Van De GrAAff Generators Work:  Most of us have seen the device, known as a Van de Graaff generator that makes your hair stand on end. The device looks like a big aluminum ball mounted on a pedestal. Have you ever wondered what this device is, how it works, why it was invented, or how you might build1-yourself? (added 4/02)

HV supply: 12V DC in 12KV out:  (electronic circuit added 4/05)

HV440 High Voltage Ring Generator:  Supertex Semiconductors  (app note added 2/06)