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SOFTSWITCHING CONVERTERSZVSZCS ACTIVE CLAMPING PFC BASED PROJECTS


Posted by: project topics
Created at: Tuesday 18th of January 2011 06:58:19 AM
Last Edited Or Replied at :Tuesday 18th of January 2011 06:58:19 AM
boost type active clamp , zvs and zcs, soft switching converter , a zero voltage switching bidirectional dc dc converter with state analysis and soft switching oriented design consideration, zvs converter ppt , active clamp forward converter, comparision of zvs and zcs , project on soft switching three level converters, soft switching , zvs resonanant converters ppt, zvs zcs , zvs push pull resonant converter, soft switching for converter , soft switching converters, zvs dcdc converter sourcecode , boost converter with zvs zcs, zvszcs report , parallel resonant converter zvs high frequency converter soft switching pfc converter, softswitching bridgeless pfc ,
onverter
11. Active-Clamp ZVS Converter with Step-Up Voltage Conversion Ratio
12. Single-Stage Soft-Switching Converter With Boost Type of Active Clamp for Wide Input Voltage Ranges
13. A Zero-Voltage-Switching Bidirectional DC-DC Converter With State Analysis and Soft-Switching-Oriented Design Consideration
14. Switching Control Strategy to Minimize Dual Active Bridge Converter Losses
15. Loss Analysis in Soft Switching Boost Converter using a single switch
16. Dual-Input Dual-Output Z-Source DC-DC Converter
17. Single-Stage Fly back Converter for Constant Current Output LED Driver wit..................[:=> Show Contents <=:]



Current-Fed Resonant Full-Bridge Boost DCACDC Converter


Posted by: project uploader
Created at: Monday 20th of February 2012 11:12:59 PM
Last Edited Or Replied at :Monday 20th of February 2012 11:12:59 PM
quasi resonant full bridge, current fed resonant full bridge boost dc ac dc converter circuit , current fed full bridge boost dc ac dc converter, seminar on bridge converters , current fed full bridge boost dc, vector control full bridge boost converter , vector control dc ac dc full bridge converter, x ray zvs full bridge , x ray zcs full bridge, curent fed resonant full bridge boost dc ac dc converter , current fed resonant full bridge boost dc ac dc converter, current fed resonant full bridge boost converter ,
rmonic method was implemented. The method,
which is widely used for the description of class E converters
, assumes that the bridge converter output current is sinusoidal
and its input current is constant, and thus the method
does not divide the whole control period in particular modes of
operation.
This paper first presents the analysis of the system operation
that is supported by a mathematical description that is useful for
the system design. Next, it provides PSPICE model simulations,
as well as experimental results, for a 1.4-kW prototype, which
is controlled with 250–370 ..................[:=> Show Contents <=:]



A High Input Voltage Three-Phase ZVZCS DC-DC Converter with Vin 3 Voltage Stress


Posted by: seminar class
Created at: Thursday 12th of May 2011 11:43:33 PM
Last Edited Or Replied at :Thursday 12th of May 2011 11:43:33 PM
A High Input Voltage ThreePhase ZVZCS DCDC Converter with Vin 3 Voltage Stress , High, Input , Voltage, ThreePhase , ZVZCS, DCDC , high voltage dc transformer, high voltage dc dc , three phase conversion, three phase to single phase , single phase three phase, three phase vs single phase , single phase vs three phase, high voltage input , single phase to three phase, dc dc high voltage , three phase power, high voltage direct current , three phase, Converter , with, Stress , high input voltage dc dc converter design, vsd drive 110vdc to 3phase , 3 phase to dc conversion idea, zvzcs converters ,
d converter offers widesoft-switching range. There is no circulating energy during thefreewheeling stage. The structure of the novel converter isdescribed in Section II. The analysis of the switchingtopologies and derivation of the main waveforms equations aregiven in Section III. The experimental results of a 2.2kWprototype will be presented in Section IV.
II. CONVERTER STRUCTURE
The proposed converter is shown in Fig. 1, and the timingdiagram is shown in Fig. 2. Three dc capacitors, C1 to C3generate by-pass voltages of Vi / 3. Each one of the threeswitches pairs, including SP1 (form..................[:=> Show Contents <=:]



Zero-Voltage-Switching Control for a PWM Buck Converter Under DCMCCM Boundary


Posted by: seminar class
Created at: Thursday 12th of May 2011 11:32:02 PM
Last Edited Or Replied at :Thursday 12th of May 2011 11:32:02 PM
zero voltage switching control for a pwm buck converter under dcm ccm boundary, zero voltage buck , control dcm buck, buck converter simulation under fuzzy control by zvs , control logic to control the switches under zvs, ccm buck converter control , control of zvs 2011, zero voltage switching project report , zvs qr buck converter half, zero voltage switching control for a pwm , zero voltage switching in conventional buck converter,
ondition like thosein QR converters. Resonant components are not required, andvoltage stress of the power switch during its OFF time is just thesame as that in conventional PWM converters. However, thereare other advantages like fast dynamic response, high stability,easy design, simple control, low cost, etc. In a PWM bucksystem, the inductor L1 resonates with the combination of CS1(parasitic capacitance of power MOS S1) and CD1 (the junctioncapacitance of free-wheeling diode D1) when it runs outof its stored energy.


Download full report
http://ieeexplore.ieee.org/iel5/63/5210216/0522..................[:=> Show Contents <=:]



High frequency inverter design for large-signal characterization


Posted by: seminar class
Created at: Monday 02nd of May 2011 06:25:14 AM
Last Edited Or Replied at :Monday 02nd of May 2011 06:25:14 AM
high frequency inverter design, high frequency inverter design for large signal characterization of domestic , high frequency inverter desin for large signal, zvs half bridge series resonants inverter with variable frequency duty cycle control ,
ral studies have been carried out in order to obtaingeneralized analytical expressions describing small-signalload parameters behavior as a function of frequency whichhave been checked with precision impedance analyzersmeasurements . Results describe techniques for inductoroptimization in terms of efficiency maximization.Such load frequency dependence can be described using asimple network of frequency dependent component or acomplex network composed of constant components. Thesecond approach is much more appropriated for simulation.Characterization is the process of measuring the basicelec..................[:=> Show Contents <=:]



SOFTSWITCHING CONVERTERSZVSZCS ACTIVE CLAMPING PFC BASED PROJECTS


Posted by: project topics
Created at: Tuesday 18th of January 2011 06:58:19 AM
Last Edited Or Replied at :Tuesday 18th of January 2011 06:58:19 AM
boost type active clamp , zvs and zcs, soft switching converter , a zero voltage switching bidirectional dc dc converter with state analysis and soft switching oriented design consideration, zvs converter ppt , active clamp forward converter, comparision of zvs and zcs , project on soft switching three level converters, soft switching , zvs resonanant converters ppt, zvs zcs , zvs push pull resonant converter, soft switching for converter , soft switching converters, zvs dcdc converter sourcecode , boost converter with zvs zcs, zvszcs report , parallel resonant converter zvs high frequency converter soft switching pfc converter, softswitching bridgeless pfc ,
deration
14. Switching Control Strategy to Minimize Dual Active Bridge Converter Losses
15. Loss Analysis in Soft Switching Boost Converter using a single switch
16. Dual-Input Dual-Output Z-Sou..................[:=> Show Contents <=:]



ZVS resonant DC-link inverter using soft switching boost converter


Posted by: [email protected]
Created at: Tuesday 04th of January 2011 09:01:23 AM
Last Edited Or Replied at :Tuesday 18th of January 2011 06:37:24 AM
zvs boost converter, soft switching resonant inverters , resonant dc link inverter ppt, zvs resonant dc link inverter using soft switching boost converter 2009 , zvs resonant dc link inverter using soft switching boost converter pdf 2009, resonant dc link converter ppt , a quasi resonant dc link desgin pwm inverter ppt, zvs resonant dc link inverter using soft switching boost converter , zvs dc link ivverter, zvs dc link inverter , boost converter related project titles 2012, dc dc soft switching project 2012 , zero voltage switching resonant dc link inverter using soft switching, ppt zvs resonant converter , inverter soft switching zvs,
ZVS Resonant DC-link Inverter using Soft Switching Boost Converter – 2009
PLEASE provide me the full ..................[:=> Show Contents <=:]



POWER ELECTRONICS PROJECTS IDEA


Posted by: electronics seminars
Created at: Friday 27th of November 2009 07:39:46 AM
Last Edited Or Replied at :Friday 20th of January 2012 10:28:29 PM
IDEA, PROJECTS , ELECTRONICS, POWER , POWER ELECTRONICS PROJECTS IDEA, project for power electronics ppt , ppt for power electronics projects, dc converter for dc grid applications , power electronics projects topics, sliding mode control based power electronics projects , power electronics projects reports, power electronics project idea , electrical electronics projects, electrical power project topics , electronic projects topic, a new pwm zvs full bridge converter project report , power eletronics projects, power electronics project , projects, development of maximum power point tracker for pv panels using sepic converter , power electronics project topics, electronics projects , power electronics, power electronics projects com ,

2. Parasitic Inductance effect on switching losses for a high frequency DC-DC converter
3. A multiple input DC-DC positive Buck-Boost converter topology
4. Implementation Single Phase AC-AC Matrix converter using SPWM with drastic load condition
5. A new PWM ZVS Full-bridge converter
6. Development of maximum Power Point tracker for PV panels using SEPIC Converter
7. An Induction Generator System Using Fuzzy Modeling and Recurrent Fuzzy Neural Network
8. Performance Improvement of Shunt Active Power Filter With Dual Parallel Topology
9. Adaptive Neuro-Wavelet Control for Switching Pow..................[:=> Show Contents <=:]



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