Bryan Mccoy Email & Phone Number

Mesa, Arizona, United States

Working on power management IC development

Phoenix, Arizona Area/ Durango Colorado

• System level architect for an AC to DC active clamp flyback converter capable of operation up to 1MHz using either Superjunction or GaN technology.. System level designer of a 4 switch buck boost non-inverting converter for USB Type-C power delivery• Breakthrough Award in Telecom DC-DC from customer Huawei• Lead Applications Engineer of a 3W telecom bias supply for power brick application• Designed a solar powered LED street light supporting 120 W with smart daylight detection, maximum power point tracking, dimming, battery protection, and reverse polarity protection• Co-developed a simulation and typology selection tool for 1 W up to 100 W for DC to DC LED driving applications• Developed applications for buck, boost, non-inverting buck boost, inverting buck boost, SEPIC, Flyback, forward, and charge pump topologies• Presented subjects in seminars on high density power supply design, layout, compensation, and component selection in Taiwan, China, Korea, and the United States • InnovatiON Award: In Recognition of Outstanding Innovative Technical Contribution to ON Semiconductor, Patent No: 8300374, Issued 10/30/2012. Description: Method for Limiting Current and Circuit • System level architect for the NCP3170 part including functionality, applications hardware, design tools, design tutorials, and simulation support

Scottsdale, Arizona

• Researched and co-developed embedded transformer technologies using new materials and processes to minimize power supply size • Originated multiple ideas related to power supply technology and implementation which are currently issued as patents US 7,388,305 B2, US 7,525,803 B2, US 7,880,573 B2, and US 2008/0085197 A1 with the US Patent Office• Lead Design Engineer for an IBM 72 W AC to DC and DC to DC power supply project, which included working with suppliers in Taiwan, China, and Hong Kong• Co-developed an iGo 90 W AC to DC and DC to DC universal power supply employing power factor correction and thermal throttling to prevent temperature runaway• Co-designed a low power AC to DC Motorola OEM converter

Ee, Electrical Engineering

Associates Of Applied Sciences, Avionics Systems Technology