电子科技
電子科技
전자과기
IT AGE
2012年
7期
106-109,113
,共5页
正偏安全工作区%热阻%热容%电热耦合
正偏安全工作區%熱阻%熱容%電熱耦閤
정편안전공작구%열조%열용%전열우합
forward bias safe operating area (FBSOA)%thermal resistance%thermal capacitance%electricalthermal coupling
研究了高压SOI—LIGBT器件的单脉冲正偏安全工作区（FBSOA）的绘制方法。首先，分别提取器件的热阻与热容，并借助热阻抗公式计算器件的瞬态热阻抗，进而根据热阻抗与最大允许功率之间的关系，获得直流与脉冲条件下的正偏安全工作区。同时，还对其二次击穿边界与安全工作区的相互关系做了进一步分析，为更加准确地确定高压LIGBT器件的单脉冲安全工作区提供理论指导。
研究瞭高壓SOI—LIGBT器件的單脈遲正偏安全工作區（FBSOA）的繪製方法。首先，分彆提取器件的熱阻與熱容，併藉助熱阻抗公式計算器件的瞬態熱阻抗，進而根據熱阻抗與最大允許功率之間的關繫，穫得直流與脈遲條件下的正偏安全工作區。同時，還對其二次擊穿邊界與安全工作區的相互關繫做瞭進一步分析，為更加準確地確定高壓LIGBT器件的單脈遲安全工作區提供理論指導。
연구료고압SOI—LIGBT기건적단맥충정편안전공작구（FBSOA）적회제방법。수선，분별제취기건적열조여열용，병차조열조항공식계산기건적순태열조항，진이근거열조항여최대윤허공솔지간적관계，획득직류여맥충조건하적정편안전공작구。동시，환대기이차격천변계여안전공작구적상호관계주료진일보분석，위경가준학지학정고압LIGBT기건적단맥충안전공작구제공이론지도。
The plotting method of single pulse forward bias safe operating area （FBSOA） on the high voltage SOI-LIGBT is investigated in this paper. Firstly, the thermal resistance and thermal capacitance are extracted separately, and then the transient thermal impedance can be calculated based on the extracted values. Moreover, the FBSOA at DC and pulse conditions could be obtained by the relation between maximum power dissipation and the thermal impedance. Meanwhile, the relations between the second break down location and FBSOA are analyzed further, which gives the theoretic instructions for plotting FBSOA of high voltage SOI-LIGBT more accurately.
