在进行相关分立器件分析时发现，稳态热阻对功率器件寿命试验结果影响较大。
The steady state thermal resistance has important influence on the life test by researching the discrete semiconductor devices.
蒙特卡罗分析被应用于器件分析和电路设计，评估器件失配对电路性能的影响。
Monte Carlo analysis is used in device analysis and circuit design to evaluate the mismatch effect.
每个电子盒包含许多纳米孔(尽管公司并没有说具体数目)和执行准备工作、检测工作及分析工作的所有微流体以及电子器件。
Each cartridge contains multiple nanopores (though the firm will not say how many) and all the microfluidics and electronics to carry out the preparation, detection and analysis.
还对器件的物理模型进行了分析。
分析和数值模拟了用瞬态简并四波混频实现光学啁啾反转的器件的主要参数对恢复信号波形和脉冲宽度能力的影响。
The influence of the principal parameters of optical chirp reversal devices on ability to restore signal wave form and pulse duration has been analysed and simulated.
介绍了电子仪器的故障分析判断和器件检查、仪器维修、维护的基本方法。
This article introduces the basic methods of malfunction analysis and maintaining, maintain-ing and maintenance of electron instrument.
文章分析了半导体器件中的故障机理，提出相应的可靠性评价方法，并给出一些评价实例。
The article analyses trouble mechanism of semiconductor; and presents a method of Evaluating to reliability and some examples.
因此，对电子器件内部噪声和常规电参数的检测与分析有着重要的工程意义。
Testing and analyzing of interior noise and electrical parameters are of great significance in engineering practices.
闭环模型建立后，能从理论上分析、评价、改善IFOG性能，为系统设计和选择光学器件提供了依据。
After building closed-loop model, we can analyze and evaluate the performances of IFOG in theory, and improve it, which provide evidences for designing system and choosing optical components.
密封真空器件内残气的质谱分析，必须解决开管取样技术问题。
It is necessary to solve openning-tube sampling problem for the mass-spectrometer analysis of residual gases in sealed vacuum devices.
对组成回转三割炬炬的基本器件——旋转变压器进行了较详细的分析。
The basic elements of forming infinite rotating three cutting torches-rotating transformer is analysed in detail.
通过研究装备维修过程中器件的固有可靠性和维修性，着重分析了影响维修器件需求率的主要因素。
The reliability and maintainability of spare in the process of equipment maintenance are studied in this paper, and the significant factors which have influence on spare demand rate are analyzed.
FDTD方法最初是用来解决像射频与微波这样相对较长的波长的电磁问题的，它也可以用于光器件的分析。
The FDTD method was originally proposed for electromagnetic waves with long wavelength such as RF and microwave. It can also be used for the analysis of optical devices.
本文分析了国际和国内液晶显示器件技术与产业的现状与发展趋势。
The development and current status of both the technology and industry of liquid crystal display (LCD) device are analysed in this paper.
从而为后续MEMS器件动态特征的提取和分析做充分的准备。
It gives full preparation to extract and analysis dynamic characteristics of MEMS devices.
本文提出了一种应用微机对显示器件的动态光谱进行分析的方法，着重于微机接口的硬件设计。
In the paper, an analytic method is described in which a microcomputer is used to analyze dynamic spectrum of display device, and a hardware design of microcomputer interface is discussed specially.
电路与器件的模型是进行分析设计的基础。
Circuits and devices 'model is the basis of analysis and design.
介绍了一种基于虚拟仪器的电子器件低频噪声测试分析系统。
A noise testing and analyzing system of electronic device, based on the idea of virtual instrumentation, is introduced.
蒙特卡罗方法经常应用于新型器件的模拟，是分析、了解半导体器件的有力工具。
The Monte Carlo method is often used in novel device simulations. It provides a useful tool for the analysis, and understanding of semiconductor devices.
阐述了同步整流管的栅源寄生电容在实现整流器件驱动中的不同应用及其特点，并给出了应用实例分析。
The various applications and features are described of gate-source parasitic capacitance with synchronous rectifier diodes in the realization of actuating rectifier.
在MEMS器件设计中，综合各基本器件的精确分析结果，才能保证设计的合理性与准确性，这就需要建立器件的解析模型，并能够对其进行精确的数值分析与计算。
In the design of MEMS, the resolution model of every essential device, the accurate numeric analysis and calculation are required to achieve more precise and rational analyzed results.
分析双模铁氧体器件时常用到极化变换矩阵。
Polarization transfer matrices are used for analysing dual-mode ferrite devices frequently.
本文将介绍扫描探针显微镜及其在微电子工艺和器件微分析中的应用。
This paper gives an overview of SPM technology and its applications in microanalysis of microelectronics process and devices.
文章以热可靠性分析为基础，对PCB板元器件布局问题进行优化研究。
The aim of this thesis is the place optimization of the PCB, based on the thermal fail-safe analysis.
文章以热可靠性分析为基础，对PCB板元器件布局问题进行优化研究。
The aim of this thesis is the place optimization of the PCB, based on the thermal fail-safe analysis.
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