1) breakdown voltage / specific on-resistance
击穿电压/比导通电阻
2) Specific on-resistance
比导通电阻
1.
Through analysis of the specific on-resistance of the PSJ device,a theory of PSJ optimization is developed.
通过对PSJ比导通电阻的分析,得到了PSJ高压器件比导通电阻优化设计的理论公式。
2.
In order to obtain good compromise of the breakdown voltage and the specific on-resistance of SOI-LDMOS, a SOI-LDMOS with trench oxide in drift region is proposed.
为了获得SOI-LDMOS器件耐压和比导通电阻的良好折衷,提出了一种漂移区槽氧SOI-LDMOS高压器件新结构。
3) on-resistance
比导通电阻
1.
The on-resistance is decreased as a result of increasing drift region doping which is due to the neutralism of the p-type buried layer.
提出了一种具有p型埋层的PSOI器件耐压新结构,称为埋层PSOI(BPSOI)·其耐压机理是,通过p型埋层电荷产生的附加电场调制作用,导致表面电场分布中产生新的峰而使击穿电压提高;p型埋层的电中性作用增加了漂移区优化的浓度而使比导通电阻降低。
2.
The simulation results show the breakdown voltage increases by 30%～50% and the on-resistance decreases by 40%～50% at the 0.
模拟仿真了比导通电阻和击穿电压,结果表明该结构在埋层厚度为0。
3.
A criterion for obtaining the optimal trade-off between the breakdown voltage and on-resistance is also presented to serve to quantify the maxi.
在此基础上 ,推出了为获得击穿电压和比导通电阻最好折中的优化条件 。
4) resistance to sparking
击穿电阻
5) breakdown voltage
击穿电压
1.
Preliminary application of BP neural network in predicting breakdown voltage of large generator ground wall insulation;
BP神经网络在大型发电机主绝缘击穿电压预测中的初步应用
2.
On breakdown voltage test of transformer oil;
关于变压器油击穿电压试验的几个问题
3.
A test instrumentation based on microcomputer for the transformer dielectric oil breakdown voltage;
采用单片机的变压器绝缘油击穿电压测试仪
补充资料：击穿
电介质在强电场作用下丧失原有绝缘性质的现象。固体电介质击穿后，会出现熔化或烧焦的通道，或出现机械损伤的裂纹；气体和液体电介质击穿时会出现电火花。发生击穿的电压值与材料的种类、厚度及使用时的温度、压力等因素有关。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条