基金项目:
先进输电技术国家重点实验室开放基金(GEIRI -SKL-2017-007);
Project supported by the State Key Laboratory of Advanced Power Transmission Technology(GEIRI-SKL-2017-007);
With the advantages of small size, high power density and low cost, the reverse-conducting IGBT (RC-IGBT) has attracted wide attention and research interest. We review the development of RC-IGBT technology, and focus on high-voltage devices which is suitable for power grid applications. The content includes the primitive structure and operating principle, snapback problem solving, back-side doping optimization, and diode performance optimization. On the basis of the pilot IGBT structure, we further discuss the power optimization, turn-off softness, short circuit robustness, diode surge current, temperature characteristics, and other potential performance advantages of RC-IGBTs. A series of technological advances are expected to enable us to take full advantage of its performance in a wide range of applications including power grid applications.
KEY WORDS :reverse conducting IGBT;snapback phenomenon;pilot IGBT;doping optimization;performance advantage;high voltage;
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