Low EMI noise techniques of the 6^th generation IGBT module

机译：第六代IGBT模块的低EMI噪声技术

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This paper describes the mechanism of radiation EMI noise coming from power electronics and introduces the applied technology of Fuji 6^th generation IGBT modules, which have drastically improved the trade-off of radiation EMI noise and power di

机译：本文介绍了电力电子产生的辐射EMI噪声的机理，并介绍了富士第六代IGBT模块的应用技术，该技术极大地改善了辐射EMI噪声与功率损耗之间的权衡。

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《Power Electronics and Applications - EPE 2007, 2007 European Conference on》|2007年|P.1-8|共8页
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Igarashi; S.; Takubo; H.; Kobayashi; Y.; Otsuki; M.; Miyasaka; T.;
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中图分类工业技术;
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electromagnetic interference; insulated gate bipolar transistors; packaging; power electronics; Fuji 6th generation IGBT modules; low EMI noise; packaging; power dissipation loss; power electronics; radiation EMI noise; Device application; EMC/EMI; IGBT; Packaging; Po;

机译：电磁干扰;绝缘栅双极型晶体管;包装;电力电子;富士第六代IGBT模块;低EMI噪声;包装;功耗损耗;电力电子;辐射EMI噪声;器件应用; EMC / EMI; IGBT;包装; Po;

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1. A Novel IGBT With Self-Regulated Potential for Extreme Low EMI Noise [J] . Xu Xiaorui, Chen Wanjun, Liu Chao, IEEE Electron Device Letters . 2019,第1期

机译：具有自我调节电位的新型IGBT，可实现极低的EMI噪声
2. Modelling and Analysis of EMI Generated of Power IGBT Modules [J] . Carmine Abbate, Roberto Di Folco Universal Journal of Electrical and Electronic Engineering . 2015,第2期

机译：功率IGBT模块产生EMI的建模与分析。
3. 1200-V Low-Loss IGBT Module With Low Noise Characteristics and High ${d}I_{C}/{d}t$ Controllability [J] . Yuichi Onozawa, Masahito Otsuki, Noriyuki Iwamuro, IEEE Transactions on Industry Applications . 2007,第期

机译：具有低噪声特性和高$ {d} I_ {C} / {d} t $可控制性的1200V低损耗IGBT模块
4. Low EMI noise techniques of the 6 generation IGBT module [C] . Igarashi, S., Takubo, Power Electronics and Applications - EPE 2007, 2007 European Conference on . 2007

机译：第六代IGBT模块的低EMI噪声技术
5. EMI Measurement and Modeling Techniques for Complex Electronic Circuits and Modules [D] . Shinde, Satyajeet. 2017

机译：复杂电子电路和模块的EMI测量和建模技术
6. Adiabatic T2-preparation modules optimized for robustness toward cardiac motion and flow - a comparison with existing techniques at 3 Tesla [O] . Wolfgang G Rehwald, Elizabeth Jenista, Michele A Parker, 2011

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7. An analysis of generation mechanisms of the transitional peak current in sense-emitter current for IGBTs with current sense and techniques to remove it [O] . Hiroyasu Hagino, Tomihisa Yamada, Akio Uenishi, 1995

机译：具有电流感测和技术的IGBT中的感觉发射极电流过渡峰值电流的发电机制分析
8. Some Practical Universal Noiseless Coding Techniques, Part 3, Module PSL14,K+ [R] . Rice, R. F. 1991

机译：一些实用的通用无噪声编码技术，第3部分，模块psL14，K +

Low EMI noise techniques of the 6th generation IGBT module

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Low EMI noise techniques of the 6^th generation IGBT module