电力电子模块的逆变器应用使用倒装芯片上的柔性电路技术

H. Shah, Y. Xiao, T. P. Chow, R. Gutmann, E. R. Olson, S. Park, W. Lee, J. Connors, T. Jahns, R. Lorenz
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引用次数: 14

摘要

一个功率封装平台,具有电源芯片的柔性电路互连和倒装焊接技术,结合了几个先进的功能,包括具有可调dv/dt控制的有源栅极驱动技术,用于高侧栅极驱动电源的自升压电荷泵,以及用于电流传感和有源Tj和/spl Delta/Tj的隔离巨磁阻(GMR)器件。控制。封装平台,以前演示适用于42 V/16 A汽车应用,已扩展到400 V/10 A逆变器应用。实验测试结果证明了双脉冲和10%占空比条件下的电性能。通过比较使用硅和SiC自由旋转二极管实现的IGBT测试模块的开关特性,可以看出SiC功率器件可能具有的性能优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power electronics modules for inverter applications using flip-chip on flex-circuit technology
A power packaging platform that features flex-circuit interconnection of power dies and flip-chip soldering technology has incorporated several advanced features including active gate drive technology with adjustable dv/dt control, a self-boost charge pump for the high-side gate drive power supply, and isolated giant magnetoresistive (GMR) devices for current sensing and active Tj and /spl Delta/Tj. control. The packaging platform, previously demonstrated suitably for 42 V/16 A automotive applications, has been extended to 400 V/10 A inverter applications. Experimental test results demonstrate electrical performance measured under both double-pulse and 10% duty-ratio conditions. A comparison of the switching characteristics of IGBT test modules implemented with both Si and SiC free-wheeling diodes demonstrates the performance advantages that are possible with SiC power devices.
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