'Half bridge' presentation slideshows

ASABE PE REVIEW MACHINE DESIGN

958 views • 80 slides

DC-AC Power Inverter

DC-AC Power Inverter. Design II, Spring 2004 Midterm Presentation. Team Members. Min-Chiat Wee Team Leader. Daniel Martin. Faculty Advisor Dr. Yaroslav Koshka. Dustin Bailey. Industrial Advisor: Dr. Mark Kinsler. Jason Horner. Abstract.

565 views • 35 slides

DC-AC Power Inverter

DC-AC Power Inverter. Design II, Spring 2004 Midterm Presentation. Team Members. Min-Chiat Wee Team Leader. Daniel Martin. Faculty Advisor Dr. Yaroslav Koshka. Dustin Bailey. Industrial Advisor: Dr. Mark Kinsler. Jason Horner. Abstract.

601 views • 35 slides

Compact Fluorescent Lamps (CFLs)

Compact Fluorescent Lamps (CFLs). Advantages over incandescent lamps Energy savings Longer lifetime Disadvantages over incandescent lamps Higher initial cost Not as easy to have 3-way control (dimming). Convert UV light to visible light Two-stage conversion

1.72k views • 27 slides

FSC LCD Display Solution Lighting Product Line Power Conversion

FSC LCD Display Solution Lighting Product Line Power Conversion. Market Definition. LCD Monitor LCD TV Note PC Portable display FSC Business Area ? CCFL Backlight Inverter IC ? LCD Panel Bias PM IC. CCFL Backlight Inverter IC. FSC Product Line - up. FAN7546A/7A. Code S.

459 views • 24 slides

Fairchild Power Switch

Fairchild Power Switch. Sep, 2004 Power Conversion. GFPS for High Power Applications. Power Range : 100 ~ 300Watt System Configuration Qusi-Resonant with multi-output for CTV Sync Frequency with multi output for CRT Monitor Forward or Half bridge with multi output for PC

347 views • 13 slides

330 views • 13 slides

275 views • 13 slides

A Comparison of Half Bridge & Full Bridge Isolated DC-DC Converters for Electrolysis Application

This paper presents a comparison of half bridge and full bridge isolated, soft-switched, DC-DC converters for Electrolysis application. An electrolyser is a part of renewable energy system which generates hydrogen from water electrolysis that used in fuel cells. A DC-DC converter is required to couple electrolyser to system DC bus. The proposed DC-DC converter is realized in both full-bridge and half-bridge topology in order to achieve zero voltage switching for the power switches and to regulate the output voltage. Switching losses are reduced by zero voltage switching. Switching stresses are reduced by using resonant inductor and capacitor. The proposed DC-DC converter has advantages like high power density, low EMI, reduced switching stresses, high circuit efficiency and stable output voltage. The MATLAB simulation results show that the output of converter is free from the ripples and regulated output voltage and this type of converter can be used for electrolyser application. Experimental results are obtained from a MOSFET based DC-DC Converter with LC filter. The simulation results are verified with the experimental results.

347 views • 8 slides

A Comparison of Half Bridge & Full Bridge Isolated DC-DC Converters for Electrolysis Application

This paper presents a comparison of half bridge and full bridge isolated, soft-switched, DC-DC converters for Electrolysis application. An electrolyser is a part of renewable energy system which generates hydrogen from water electrolysis that used in fuel cells. A DC-DC converter is required to couple electrolyser to system DC bus. The proposed DC-DC converter is realized in both full-bridge and half-bridge topology in order to achieve zero voltage switching for the power switches and to regulate the output voltage. Switching losses are reduced by zero voltage switching. Switching stresses are reduced by using resonant inductor and capacitor. The proposed DC-DC converter has advantages like high power density, low EMI, reduced switching stresses, high circuit efficiency and stable output voltage. The MATLAB simulation results show that the output of converter is free from the ripples and regulated output voltage and this type of converter can be used for electrolyser application. Experimental results are obtained from a MOSFET based DC-DC Converter with LC filter. The simulation results are verified with the experimental results.

209 views • 8 slides