PrimePACK™ IGBT 模块
功率符合要求
出色的 PrimePACKTM IGBT 半桥模块和斩波器模块与内部 NTC 完美组合，为现代转换器集成带来独特的优化的概念。
该模块主要具备以下优势，高可靠性和终身使用要求、优化的热性能、低杂散电感、工作温度范围广、高隔离度集成式 NTC 以及英飞凌 TRENCHSTOPTM 技术。
采用IGBT4的PrimePACK™
采用IGBT4的标准PrimePACK™模块采用半桥或斩波器配置。PrimePACK™ 2和3封装具备高功率密度，因此可实现设计紧凑的小型逆变器。
该IGBT模块系列采用1200和1700 V TRENCHSTOP™技术。它配备一个具有高隔离度的集成NTC。
采用IGBT5和.XT的PrimePACK™
风力发电应用要求实现高可靠性和鲁棒性，同时兼具高系统可用性和长使用寿命。
采用IGBT5和.XT的PrimePACK™模块可以满足这些要求：IGBT5支持更高的功率密度，而.XT封装技术通过提高工作结温和功率循环能力来延长使用寿命。
PrimePACK™采用TIM作为IGBT4和IGBT5二者的选项
IGBT4和IGBT5 PrimePACK™模块均采用预涂导热材料（TIM）。
采用TIM的PrimePACK™ IGBT模块提高了系统可靠性并优化了热管理，譬如，使用英飞凌的TIM时，观察到Tj降低了8 K，而没有出现外溢问题和热稳定性衰退的情况。
此外，可以改进安装和维护中的操作环节。这样可以缩短制造中的加工时间。
导热材料（TIM）是大多数电力电子系统中的关键部件。因为半导体产生的热量必须传递到散热器，最后传递到环境。
在本文中，您将了解开发导热材料（尤其是专用于电力电子器件的导热材料）的需求和步骤。
PrimePACK™ 2300 V with TRENCHSTOP™ IGBT7
Solar power plants with central inverters are essential power sources for the worldwide energy supply of the future. Based on the continuous power increase of these solar plants, the elevated operation voltage of 1500 V has become the new standard.
This paper presents the latest TRENCHSTOP™ IGBT7 and emitter-controlled 7th generation diode of the new 2300 V voltage class. These technologies were developed to meet the requirements of solar central converters with a DC-link voltage of 1500 V. Especially the cosmic radiation failure rate is limiting the usage of devices with nominal voltages up to 1700 V.
This paper introduces a new power semiconductor solution allowing NPC2 designs in megawatt solar central inverters using 1500 VDC operation voltage. The NPC2 solution is based on a PrimePACK™ 3+ IGBT power module rated at 2300 V combined with a PrimePACK™ 3+ 1200 V module in common collector configuration with the latest TRENCHSTOP™ IGBT7 technology from Infineon.
Let the sun shine with Infineon’s new 2300 V PrimePACK™ 3+ module for 1500 V PV central inverters. In this training, you can get to know them.
Today, electrification is revolutionizing transportation. But commercial, construction and agricultural vehicles, pose challenges for power electronics. Machines operate anywhere from the artic to the desert, have a long operating life and minimum down time – and are constantly exposed to shock and vibration. Electrification brings a world of new opportunity to CAV – and Infineon equips your designs with expert solutions destined for the future.
In this training you will take a look at Infineon’s PrimePACK™ family’s latest addition and find out how it provides superior solutions for wind converter designs.
- the history of wind energy and its future challenges
- a comparison between standard IGBTs and PrimePACK™ .XT IGBTs regarding their composition and production processes
- the solution for wind energy production in locations with low wind speeds
Let the sun shine with Infineon’s new 2300 V PrimePACK™ 3+ module for 1500 V PV central inverters. In this training, you can get to know them.
In this training you will get an overview of the PrimePACK™ portfolio and how it fulfils the requirements of heavy duty CAV applications.
Get to know the broad classification of the Wind turbines. Do you want to comprehend the most widely used wind power converter topologies, the major advantage and disadvantages as well as the key requirements of a wind power converter?
