Ashish Razdan is a seasoned Staff Electrical Engineer at Renesas Electronics, specializing in power electronics and systems engineering. With a robust background in DC/DC converter design and validation, Ashish has mastered various topologies, including Buck and Buck-Boost configurations. His expertise extends to AC/DC validation, where...
Ashish Razdan is a seasoned Staff Electrical Engineer at Renesas Electronics, specializing in power electronics and systems engineering. With a robust background in DC/DC converter design and validation, Ashish has mastered various topologies, including Buck and Buck-Boost configurations. His expertise extends to AC/DC validation, where he has successfully implemented advanced topologies such as phase-shift full bridge and LLC resonant converters. Additionally, Ashish has made significant contributions to Battery Management Systems (BMS) and wireless charging technologies, particularly in developing receivers compliant with the Qi standard.
In his current role, Ashish is instrumental in architecting proof-of-concept solutions that leverage Renesas' extensive product portfolio. He is deeply involved in the entire product lifecycle, from conceptual block diagrams and schematic design to PCB layout, validation, and comprehensive documentation. His hands-on experience in establishing a hardware engineering lab from the ground up in a start-up environment showcases his adaptability and innovative approach to engineering challenges.
Ashish's proficiency in microcontroller selection, particularly with Renesas' RL, RA, and RX MCU families, further enhances his capability to deliver cutting-edge solutions. His technical arsenal includes tools such as PSIM for power electronics simulations, AutoCAD for design layouts, and Altium Designer for PCB design. With a strong foundation in programming and design of experiments, Ashish is adept at utilizing LabVIEW for testing and validation processes. His multifaceted skill set and commitment to excellence make him a valuable asset in the rapidly evolving field of power electronics.
