1·Device operational range is limited by the maximum junction temperature.
装置的运作范围是有限的最高结温。
2·In this study, we have set up a system to measure LED junction temperature.
在本研究中，我们建立了一套量测发光二极体接面温度的系统。
3·The junction temperature (TJ) can be determined using the thermal diode in the processor core.
使用处理器器核心中的热敏二极管可以判断交叉点温度(TJ)。
4·Moreover, we design our owned unique heat sink to sure our junction temperature is lower than 45 degree.
此外，我们设计我们拥有独特的散热片，以确保我们的交界处的温度低于45度。
5·When a transistor dissipates power on work, its junction temperature distribution is commonly non-uniform.
晶体管在耗散功率时，结温分布一般不均匀。
6·We also analyzed the relationship between the junction temperature with LED heat power and the convection coefficient.
然后重分析了LED发热功率和对流交换系数对LED结温的影响。
7·There are two limitations on the power handling ability of a transistor: average junction temperature and second breakdown.
有两个限制了晶体管的处理能力，功耗：平均交界处的温度和二次击穿。
8·In the junction temperature measurements, we get reasonable curves and also confirm the accuracy of the system's measurements further.
在接面温度量测上，我们得到了合理的曲线，也进一步地确定系统量测的准确度。
9·A method for measuring and controlling the junction temperature of power transistor during succession operation life test is proposed.
为了在试验周期中了解晶体管的结温，提出一种在功率晶体管稳态工作寿命试验过程中结温的测量与控制方法。
10·PN junction temperature sensor is used. 16 temperature signs are acquired at the same time. Proceeded data can be indicated, printed or controlled.
系统选用PN结温度传感器，可同时测取16个温度信号，经数据处理后可实时显示、打印或控制。