摘要
以型号为HSMS-282c的肖特基二极管为例,利用多物理场协同算法对其微波响应特性进行了计算.通过比较器件在有或无封装时对特定频率的响应情况,发现封装可使器件的耗散功率增加87%.本文还对比了肖特基二极管在不同频率微波激励下的平均耗散功率,发现器件的耗散功率在3.5GHz附近存在峰值.当二极管的工作频率高于3.2GHz时,耗散功率会随环境温度的增加而增加.研究结果对于半导体器件的微波效应研究具有重要的参考价值.
A multi-physics co-simulation method is employed for analyzing the microwave response of aSchottky diode with model number HSMS-282c. Results show the device＇ s power dissipation withpackage is 87 percentages higher than that without package. The average power dissipation in the diodeunder the microwave excitation of different frequencies is also studied. It shows there is a maximumpower dissipation of the diode at about 3.5 GHz. When the diode works above 3.2 GHz, its power dissi-pation will increase with ambient temperature rising. The obtained results have great value for the studyof microwave effects in semiconductor devices.
出处
《四川大学学报（自然科学版）》
CAS
CSCD
北大核心
2015年第5期1035-1039,共5页
Journal of Sichuan University(Natural Science Edition)
基金
国家自然科学基金委员会与中国工程物理研究院联合基金(U1230112)
关键词
非线性特性
微波
肖特基二极管
多物理场
Nonlinear characteristic
Microwave
Schottky diode
Multi-physics
