Principal Power System Engineer (Datacenter)

Description About the Role   Power Integrations is seeking an ambitious, highly motivated Principal AI/Data Center Systems Engineer to help define and develop next-generation high-density power solutions for AI and data center applications.   In this role, you will contribute to the development of high-density power converters, intermediate bus converter (IBC) modules, and protection circuits for next-generation AI and data center systems using Power Integrations products and technologies.   You will work closely with the new product development team to create novel applications for high-frequency power converters using state-of-the-art GaN and silicon technologies, and to deliver differentiated solutions that address critical customer needs.   You will also develop best-in-class reference designs using Power Integrations products for next-generation AI and data center power architectures.   Responsibilities   Develop innovative high-frequency power converter solutions for AI and data center applications across AC/DC and DC/DC architectures using Power Integrations products.   Define power converter architectures and key system components for emerging AI and data center power solutions.   Provide switching power supply design support and technical guidance for applications based on Power Integrations products.   Develop reference designs and application solutions that demonstrate performance, efficiency, and system value for next-generation AI and data center power architectures.   Collaborate with product development teams and customers to solve complex technical challenges, evaluate design tradeoffs, and optimize system performance, density, and reliability.   Serve as a technical expert and provide advanced application support to customers worldwide.   Qualifications   Bachelor’s or Master’s degree in Electrical Engineering, or foreign equivalent   Minimum 15 years of relevant industry experience Hands-on experience and deep expertise in high-density, high-frequency power converter design, including server power applications above 3 kW   Strong familiarity with power supply topologies including:   Active power factor correction circuits   Phase-shifted and LLC resonant converters   Buck, boost, buck-boost, and flyback converters   Expert knowledge of high-frequency magnetics design   Ability to perform complex calculations, including worst-case analysis, for circuits designed using Power Integrations products   Experience with tools such as MATLAB, Excel, and simulation software such as SIMPLIS/LTspice/PLECS   Strong hands-on capability and experience using lab equipment to test high-frequency switching power supplies   Excellent written and verbal communication skills, including experience creating specifications, technical reports, and test plans or instructions   Knowledge of relevant industry standards and system architectures   Preferred Qualifications   …