首页> 外文会议>Industrial Electronics, Control, Instrumentation, and Automation, 1992. Power Electronics and Motion Control., Proceedings of the 1992 International Conference on >Adjusting structural impedances for optimal electric power transmission at circuit and system level in electronic power conversion equipment
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Adjusting structural impedances for optimal electric power transmission at circuit and system level in electronic power conversion equipment

机译:调整结构阻抗,以在电子功率转换设备中的电路和系统级实现最佳的电力传输

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摘要

A novel use of dielectric materials, with permittivity values that can vary over a wide range (5>or= epsilon /sub r/>or=1200), for optimizing switch-node operation of power electronic circuitry is discussed. The method can be applied to power connections at circuit level or at the system level with benefits such as reduced system losses and improved operational safety of active devices. Two experimental examples illustrating the general principle of impedance matching in power electronic circuits are given. One method applies conventional materials to match a gate turn-off thyristor gate triggering circuit while the other applies new high epsilon /sub r/ ceramic materials to match the load connection of a chopper to its load. The proposed planar connection geometries are suitable for low cost/mass production. Existing CAD/CAM facilities can be used in the design and manufacturing processes. Commercially available analysis programs can be used for the design phase.
机译:讨论了可以在宽范围(5>或= epsilon / sub r />或= 1200)上可以变化的介电材料的新颖,用于优化电力电子电路的开关节点操作。该方法可以应用于电路电平的电源连接,或者在系统级别,具有减少的系统损耗和改进的有源器件的操作安全性等益处。给出了示出电力电子电路中阻抗匹配的一般原理的两个实验例。一种方法应用传统的材料来匹配栅极关断晶闸管栅极触发电路,而另一个方法适用于新的高ε/ sub r /陶瓷材料以将斩波器的负载连接与其负载匹配。所提出的平面连接几何形状适用于低成本/批量生产。现有的CAD / CAM设施可用于设计和制造过程中。可商购的分析程序可用于设计阶段。

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