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Specializes in designing with Microchip products. Visit the MicrochipTechnology web site for more information by clicking here. |
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Here's a list of papers, courses and marketing material that were published externally by some of our members. Not all papers are viewable. |
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High-Temperature, High-Density Packaging of a 60KW Converter for > 200°C Embedded Operation |
This work was originally for an SBIR grant for the Navy. This later presented at APEC 2006. It shows the analysis and method for designing a high temperature, high density converter using SiC JFETs. View (PDF). | |
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Large-Signal Model of a Downstream DC/DC Converter for Analysis and Design of Front-End PFC Rectifier using Computer Simulation |
This was presented at both PESC 2002 and APEC 2003. It shows a modeling technique to analyze PFC Boost converters using Simplis. View (PDF). | |
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A Method for Inductor Core Loss Estimation in Power Factor Correction Applications |
This was presented at both CPES 2002 and APEC 2002. It shows a method using Simplis in determining the core loss of PFC boost inductor. View (PDF). | |
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An Introduction To Power Electronic Modules |
Presentation written in 2002. This is basically an on-line course on power supplies, but with Celestica products and marketing input. A shortened version of this presentation is available. View (PowerPoint). | |
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ABC’s of Power Electronic Systems |
Presented at Wescon 2001. It's a power supply course for the non-power supply designer. Only chapter 2 of the course is available. View (PowerPoint). | |
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Modeling of Emission and High Injection Effects on a Four-Layer Semiconductor Structure |
Ron Wunderlich's Doctoral thesis at Binghamton University, 1995. The Thesis was on modeling the high injection effects of 4 layer devices such as SCR's. My modeling included both V,I and temperature characteristics based on doping profile. | |
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Modeling the Gate More Accurately for Power MOSFETs |
This is an off shoot of Ron Wunderlich's Master's Thesis. Published in January 1994 in IEEE Transactions on Power. |
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Software Breadboards for Power Electronic Circuits |
This is a paper showing how to model a power supply like a breadboard on the computer. Published in April 1991 IEEE Transactions on Power Electronics. |
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Modeling the Gate More Accurately for Power MOSFETs |
This is Ron Wunderlich's Masters Thesis. It's on improving the gates on Power MOSFETs. At that time Power MOSFET models were just being developed. Syracuse University Master Thesis 1989. |
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Device Level Simulation for Power Converters-2 |
Paper showing how to model a power supply as a device using average modeling techniques. Published in Power Technics 1989 | |
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Device Level Simulation for Power Converters |
Another version of the above paper, but presented at APEC 1989. |
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A General Computer Aided Tool to Assess the Impact of Component Value Tolerance on Power Supply Performance |
This paper applied the average modeling technique to a power supply, but statistically varied the component values to show how stability can be impacted. Presented at APEC 1989 | |
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Computer Aided Electrical Design of Power Processing Systems |
This is the original version of the above paper showing how to model a power supply using the average modeling technique. APEC 1988 |
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