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Application Note Electrical Industrial Portable Power Power Trends
Buck Electronic Components Inverters Power Consumption PWM
Capacitor Electronic Design LED Power Conversion SMPS
Charge Balancing Energy Meter Li-Ion Batteries Power Factor Correction Switch Mode Power
Charging Flyback Line Regulator Power Management Transformer
Class D Green Tech MOSFET Power Measurement USB
Code Banking Hysteretic Converter PFC power MOSFETs Varistor
Cold Plate IGBT Portable Devices Power Supply Vicor
         

PFC Sources
VIPower makes easier PFC converters 2003-11-03
Since January 2001, the Euro-  
Platform designs of motor controls allow efficient buildings 2008-07-28
Appliances should contribute to energy-saving efforts in the face of increasing scarcity of energy resources.  
Accurate current measurements with maximum duty cycle clamp 2008-08-04
This paper presents two circuits to accomplish a simple duty cycle clamp that can be adjusted.  
Design considerations for three-phase power factor correction 2007-05-22
In addition to requiring that the current track the voltage, as in a single-phase circuit, in a three-phase design the power drawn from each phase must be the same.  
PFC in the plastic industry 2008-07-18
Ricardo Garrido discusses the design of conventional, detuned and dynamic PFC systems  
Active PFC for Electronic Power Supplies 2003-06-20
This application note discusses the sources and solution for poor PFC methods in electronic power supplies  
Dynamic PFC: Power quality solutions 2008-09-17
Conventional PFC systems suits industrial applications with slow changing loads  
100W universal input PFC boost using NCP1601A 2005-06-22
This app note presents a power factor correction (PFC) boost regulator example circuit using NCP1601A  
Design a continuous conduction mode PFC stage 2008-09-16
This application note provides steps to design a CCM PFC stage driven by the NCP1654  
Four key steps to design a continuous conduction mode PFC stage using the NCP1653 2005-06-22
This app note proposes key steps to rapidly design a continuous conduction mode (CCM) PFC stage driven by the NCP1653  
Improved power MOSFETs boost efficiency in a 3.5kW single phase PFC 2006-10-16
This application note shows how the choice of power components, the optimisation of MOSFET switching speeds and the mechanical layout of the output power loop affects the success of very high power PFC circuits  
Controlling the power-dynamic PFC controller series BR604 and BR6000 2008-07-16
Ensure balanced utilisation of capacitor stages and minimise the number of switching operations.  
UCC28517 100-W PFC power converter with 12V, 8W bias supply, Part 1 2005-06-10
This app note reviews the design of a 100W ac/dc power stage with power factor correction.  
UCC28517 100-W PFC power converter with 12V, 8W bias supply, part 2 2005-06-10
This app note reviews the design of the second 12V, 8W power stage to be used as an auxiliary bias supply.  
Wide mains, 19V/8A power supply including power factor correction 2008-08-28
On Semi's NCP1605 enables the downstream converter when the PFC stage is ready for operation  
Optimised design of power factor correction systems 2008-07-10
Rudolf M¨šller highlights some of the most common problems occurring in PFC systems  
Using critical conduction mode for high power factor correction 2005-06-22
This app note discussed power factor correction (PFC), which is a necessity for off-line switchmode power supplies requiring output powers of 75W or more  
HomeCap: Residential power factor correction 2008-07-02
This application note provides details about the HomeCap residential PFC and describes the pilot project performed by Edelnor  
PoleCap: Power factor correction on site 2008-07-09
In this application note, Rajneesh Shukla gives technical information on PoleCaps from EPCOS.  
IR2159: Dimming Dual Lamp Parallel Configuration with Balance Transformer 2003-06-27
IR2159: Dimming Dual Lamp Parallel Configuration with Balance Transformer  
A printer adapter power supply for 90W peak with TEA1532 2004-11-25
POWER  
IRPLMB1E -25W 230VAC small size ballast using IR2520D 2004-12-07
IRPLMB1E -25W 230VAC small size ballast using IR2520D  
90W, single stage, notebook adaptor 2005-06-23
90W, single stage, notebook adaptor  
Fluorescent Ballast Design Using Passive P.F.C and Crest Factor Control 2003-06-30
Fluorescent Ballast Design Using Passive P.F.C and Crest Factor Control  
MKV capacitors: Rugged types for rough conditions 2008-07-17
This application note discusses the features and benefits of the MKV self-healing capacitor technology.  
Procedures to design 120VAC CFL solutions with the IR2520D 2004-12-07
Procedures to design 120VAC CFL solutions with the IR2520D  
IR2167: Universal Input Dual Lamp Ballast Parallel Configuration for T8/32W and T8/36W 2003-06-27
This Demo Board is a high efficiency, high power factor, fixed output electronic ballast designed for driving one or  
 
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