- Plano, Texas, United States
- On-site
- Full-time · Lead
- 7+ years
This role focuses on the development of advanced power system technologies and solid-state protection solutions for next-generation power system products.
Responsibilities
- Develop new products, including architecture definition, circuit concepts, schematics, and validation through lab testing and characterization.
- Design and implement high-voltage DC (HVDC) circuits (e.g., ±400V, 800V DC) including solid-state switching and protection solutions such as solid-state circuit breakers (SCCB), eFuses, and fault protection devices that can be implemented as part of a system’s distribution architecture.
- Select and apply discrete power components including MOSFETs, IGBTs, SiC, and GaN devices, optimizing for efficiency, reliability, and cost.
- Develop and implement ground fault detection methods and protection schemes, including sensing, detection algorithms, and system-level response working with firmware and other system team members.
- Design analog and digital circuitry for high-accuracy measurement of key system parameters such as voltage, current, and temperature, including signal conditioning, sensing topology selection, and ADC interface considerations.
Requirements
- Bachelor’s or higher degree in Electrical Engineering, Power electronics, or related field
- Nice to have: Datacenter power architectures
- Nice to have: AI power architectures
- Nice to have: Open Compute Project (OCP) power architectures