The electrical and reliability characteristics of 6500V/25A SiC diode module

L. Sang, Yang Zhou, J. Wu, X. Niu, Zechen Du, Hao Shi, Jialin Li, Fei Yang
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Abstract

We study the electrical and reliability characteristics of 6500V/25A SiC diode module. The diode module consists of the active metal bonding (AMB) AlN substrates mounted on an AlSiC base plate. Each AMB is assembled with one 6500V/25A SiC diode single chip. We mainly study the typical static characteristics of 6500V/25A SiC diode module measured at room temperature and high temperature. The measurement results show that the on-resistance increases when the module works at higher temperature and the reverse characteristics have good high temperature stability. The switching experiments show very low reverse recovery time and reverse recovery charge. At the same time, the 6500V/25A SiC diode module has passed the 1000h HTRB, H3TRB, temperature cycling, high temperature and high humidity reliability assessments. This means that the 6500V/25A SiC diode module has good high temperature reliability and can be used for subsequent devices applications.
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6500V/25A SiC二极管模块的电气特性和可靠性
研究了6500V/25A SiC二极管模块的电气特性和可靠性。二极管模块由安装在AlSiC基板上的有源金属键合(AMB) AlN基板组成。每个AMB由一个6500V/25A SiC二极管单芯片组装。我们主要研究了6500V/25A SiC二极管模块在室温和高温下的典型静态特性。测量结果表明,该模块工作温度越高,导通电阻越大,反向特性具有良好的高温稳定性。开关实验表明,其反向恢复时间和反向恢复电荷极低。同时,6500V/25A SiC二极管模块通过了1000h HTRB、H3TRB、温度循环、高温高湿可靠性评估。这意味着6500V/25A SiC二极管模块具有良好的高温可靠性,可用于后续器件应用。
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