Tiantian Tang
Papers
1
Total Citations
3
H-Index
1
About
Tiantian Tang is a rising star in power electronics, specializing in high-performance DC-DC converter topologies for emerging autonomous and robotic systems. Their primary research focuses on hybrid boost converters that overcome fundamental limitations of conventional designs, particularly the right-half-plane (RHP) zero that plagues transient response in traditional boost converters. Tang’s most notable contribution, published in 2025, introduces an innovative "inductor-in-the-middle" hybrid boost converter architecture that achieves 93% peak efficiency while delivering a 12-to-36V output from a battery input. This design uniquely provides continuous input and output currents alongside fast transient response—a combination previously considered extremely challenging. The work directly addresses critical needs in LiDAR transceivers for autonomous driving and motor drivers for drones and robots, where high voltage and rapid load changes are essential. Though early in their career with 3 citations on this landmark paper, Tang’s solution to the RHP zero problem represents a significant advancement in power management for next-generation autonomous systems. Their research promises to enable more efficient and responsive power delivery in applications ranging from electric vehicles to aerial robotics.
Research Focus
Key Achievements
Top Papers
- 1