Doug

Bailey

Power Integrations, Inc

VP Marketing

Mr. Bailey joined Power Integrations in 2004 as vice president of marketing. Prior to joining PI, Mr. Bailey served as vice president of marketing at ChipX, a structured-ASIC company. His earlier experience includes serving as business management and marketing consultant for Sapiential Prime, Inc., director of sales and business unit manager for 8x8, Inc., application engineering management for IIT, Inc. and design engineering roles with LSI Logic, Inmos, Ltd. and Marconi.

Mr. Bailey joined Power Integrations in 2004 as vice president of marketing. Prior to joining PI, Mr. Bailey served as vice president of marketing at ChipX, a structured-ASIC company. His earlier experience includes serving as business management and marketing consultant for Sapiential Prime, Inc., director of sales and business unit manager for 8x8, Inc., application engineering management for IIT, Inc. and design engineering roles with LSI Logic, Inmos, Ltd. and Marconi.

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Upcoming Events

May 23rd

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16:50 – 17:10

16:50 – 17:10

Evaluation of the Efficiency and Performance Benefits of Wide Bandgap Switches in AC to DC Power Supplies

Much is expected of the recent developments in gallium-nitride (GaN) and silicon-carbide (SiC) technologies for power semiconductor manufacture. Devices based on these wide bandgap (WBG) materials are closer to the “ideal transistor” that we all met in our first few weeks of Engineering school, permitting power systems designers to add almost unlimited conductivity to their designs with little need to account for troublesome parasitic reactances that plague venerable silicon IGBTs, MOSFETs and thyristors. Yet the benefits that result from using WBG devices are most often expressed in stand-alone or subjective terms, rather than as objective measurements from directly comparable systems. We need controlled experimentation and thorough analysis. As a leader in the design and manufacture of high-efficiency, silicon-based switch mode power supply ICs, as well as the current market leader in high voltage GaN and an early user of SiC, Power Integrations is in the unique position of having a single, integrated switcher platform that incorporates all three semiconductor technologies. We use the same algorithm, similar operating frequencies, same package, same feedback and overall product intent, to convert high voltage from an EV battery or grid to low voltage suitable for sensitive electronics. This paper provides an overview of the device family and provides objective and easily comparable data showing the performance in efficiency, power delivery, robustness and heat dissipation of each switch type. This data allows us to predict the performance/cost/benefit proposition of each technology. The paper will go on to explain the motivations for Power Integrations’ considerable investment in GaN switch technology development and in the qualification of SiC, focusing on specific market dynamics and touching on the wider societal contribution.

Power Integrations, Inc

Power Integrations, Inc., is a Silicon Valley-based supplier of high-performance components used in high-voltage power conversion. Our integrated circuits enable compact, energy-efficient AC-DC power supplies for a vast range of electronic products including smartphones, appliances, smart utility meters, LED lights and numerous industrial applications, while our SCALE gate drivers are critical components in high-power systems such as solar and wind energy, industrial motor drives, electric vehicles and high-voltage DC transmission lines. Since its introduction in 1998, Power Integrations' EcoSmart energy-efficiency technology has prevented billions of dollars' worth of energy waste and millions of tons of carbon emissions. Reflecting the environmental benefits of our products, Power Integrations' stock is a component of clean-technology stock indices sponsored by Cleantech Group LLC and Clean Edge. Visit our Green Room for a comprehensive guide to energy-efficiency standards around the world. For more information about Power Integrations, please visit www.power.com.