Both the power and temperature distributions of an ESD protection structure during an ESD event are obtained using HSPICE.
利用HSPICE电路模拟软件，对ESD保护结构进行了集总参数模拟，获得了保护结构在ESD事件中的功率和温度分布。
The equivalent electricity model of micro-gyroscope's driving mode is established and analyzed as AC characteristics using Hspice.
同时，建立微陀螺驱动模态等效电学模型，并对它进行交流小信号分析；
Simulation by HSPICE is performed and it shows that the circuit possesses the character of lower loss, high reliability and high accuracy.
HSPICE模拟表明该设计电路具有低功耗、高可靠性和精确度高的特点。
The HSPICE circuit simulator and an improved hot spot thermal analysis method were used in a new fast electro thermal relaxation method to study the self heating effects.
该文以HSPICE电路模拟程序为电路模拟的基础，以改进的热点温度估算方法为热学模拟的基础，采用解耦法实现了集成电路的电热耦合时序模拟软件。
The HSPICE circuit simulator and an improved hot spot thermal analysis method were used in a new fast electro thermal relaxation method to study the self heating effects.
该文以HSPICE电路模拟程序为电路模拟的基础，以改进的热点温度估算方法为热学模拟的基础，采用解耦法实现了集成电路的电热耦合时序模拟软件。
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