先进功率半导体Ⅱ研讨会信息概览 三菱电机Gourab Majumdar主持 PCIM Asia诚邀您的参与 Wednesday Morning, 28June 2017 Gourab Majumdar Gourab Majumdar Mitsubishi Electric Corporation, Japan
New Concept Package with 1st Generation Trench Gate SiC MOSFETs Jun Li Fuji Electric (China) Co., Ltd. China
Recently the main requirements in the market are further downsizing and higher efficiency of power conversion systems. For this reason, enhanced power density of the power modules will be the key to succeed. In this paper, electrical characteristics for all SiC modules with the 1st generation trench gate SiC MOSFETs and new concept package were presented. In addition, it was demonstrated that 1 rank extension for inverter capacity could be accomplished by applying all SiC modules against conventional Si modules.
A Novel High Thermal Performance Insulated Package Takes Power Integration to the Next Level Omar Harmon Infineon Technologies AG, Austria
In this paper, we present a novel plug & play fully insulated TO247 with a Dual Die Pad configuration. This fully insulated device enables highest power density by reliable thermal path from chip to system heatsink. This brings power integration to the next level and fills the gap between single switch devices and power module solutions. We demonstrate in this paper PFC efficiency and device thermal measurements using a fully insulated IGBT and diode in dual die pad configuration comparing to a standard two discrete solution. In the final paper, we will also discuss possible topologies and applications that will address and benefit by this new package.
How to apply the better performance of SiC modules Xiankui Ma Mitsubishi Electric & Electronics (Shanghai) Co., Ltd. , China
Comparing to Si devices, SiC devices has better performance on both conduction power loss and switching power losses. There are many types of SiC power devices, including discrete MOSFET, SiC MOSFET module and SiC IPMs. It will be helpful to select a proper power module for our application if we could have a good understanding on all these kinds of SiC modules. This paper will introduce these SiC modules and explain how to realize a better system design by applying using the better performance of SiC modules.
10:45 Coffee Break
Comparison of 6.78MHz Amplifier Topologies for High Power, Highly Resonant Wireless Power Transfer