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.
为提高器件的动态范围，文章提出了半像素错位顺序曝光方法。
In order to widen the dynamic range, a half pixel offset staggered ordinal exposure method is presented.
并通过合理的器件选择、动态功耗管理和低功耗编码等设计方法，使系统功耗降低50%。
The system power dissipation was reduced 50 percent by means of proper device selection, dynamic power management, and low-power coding.
随着高压大功率开关器件的出现，基于电力电子技术的动态电能质量调节技术已成为解决上述问题的有效手段。
With the emergence of the high voltage power electronic devices, the technique of dynamic power quality regulation is an effective way to solve the above problems.
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.
用间接方法对典型数字器件的动态emp实验进行了模拟研究。
The research on simulation experiment of EMP coupling to dynamic typical digital devices is reported.
串级JFET恒流器件具有非常高的动态阻抗。
Cascade JFET constant current device is of very high dynamic impedance.
介绍了对微波功率器件开展的动态加速寿命试验方法和技术的研究。
This paper introduces the study on dynamic lifetime testing technology of power microwave devices.
器件具有高频性能好，可使用动态范围大、栅击穿电压高等特点。
The devices show good high-frequency performances, with large dynamic range and high breakdown voltage.
介绍了利用VHDL硬件描述语言结合FPGA可编程器件进行数字钟的设计，并通过数码管驱动电路动态显示计时结果。
The paper introduces the design of digital clock based on FPGA and VHDL, the time of clock can be displayed with the digital driving circuit.
并详细介绍了基于MSC-51的软件编程，实现测试过程中对参数的动态补偿以及用低精度的器件实现高精度测量的方法。
Through MSC-51 programming, arrives at the dynamic compensation of the parameter and high accuracy measures with the device of the low precision.
根据现有的软硬件技术条件，结合实际需要，本论文提出并详细分析了一种新的基于高密度可编程逻辑器件的高动态全数字解扩接收机系统。
On conditions of the current technology, the thesis puts forward a new high dynamic and whole digital spread spectrum receiver which is based on the high density programmable logic devices.
主要阐述了实现振荡式微波动态寿命试验的方法，以及不同于常规的对受试功率器件进行内部式加热控温的技术研究。
It details the dynamic testing method under microwave oscillation, and the inside heating up technique for tested devices which is different from ordinarily methods.
本文基于机器微视觉的MEMS动态测试系统，设计了一套频闪驱动电路，用于采集高速运动的MEMS器件的清晰图像。
Based on MEMS dynamic testing system this paper designs a set of stroboscopic driving circuits to acquire clear image of high speed MEMS device.
这种动态体放电的方法有效地解决了部分耗尽SOICMOS器件体电位不匹配的问题，得到了可重复性低阈值电压，提高了SRAM的读取速度。
This dynamic body discharge technique eliminates body potential mismatches of PD SOI CMOS devices, achieving repeatable low threshold voltage and fast SRAM access time.
研究了MOS器件中的热载流子效应，在分析了静态应力下MOSFET寿命模型的基础上，提出了动态应力条件下MOSFET的寿命模型。
The hot carrier effects (HCE) in MOSFET are studied in this paper. Based on MOSFET lifetime model of direct current, we present MOSFET lifetime model of dynamic stress.
随后，采用ANSYS有限元模拟技术分别研究器件阻尼带隙宽度及其阻尼介质特性对器件动态冲击响应特性的影响。
Subsequently, the effects of damping gap width and the characteristics of damping media on the dynamic shock response of component was studied with ANSYS FEM technology.
电力和工业设备的工程师在旋转机械和器件的设计中纳入了谐振，振动和旋转的动态分析。
Power and industrial equipment engineers incorporate harmonic, vibration and rotary dynamic analysis in designing rotating machinery and components.
论文对控制系统的静态特性与动态特性进行了分析，确定其参数，选择了合适的元器件。
Static characteristic and dynamic characteristic of the thesis to control system have been analyzed, confirm the parameter, Choose the suitable components and parts suitable.
建立了一整套较为完善的碳纳米管场发射冷阴极印刷制备及场发射显示器件制备的工艺流程，并成功获得2.2英寸碳纳米管动态显示原理型样机。
The screen printed carbon nano tube field emission display device fabrication process has been set up and a 2. 2 inch CNT-FED device has been obtained.
一个适用于动态激活光电显示器的电路是由薄膜绝缘栅半导体器件构成的。
A circuit adapted to dynamically activate an electro-optical display device is constructed from a thin-film gate-insulated semiconductor device.
介绍了座舱LCD器件的军事应用，并对这类器件的一些技术动态作了说明。
The military application of cockpit LCD devices is introduced in this article. Some new techniques of such devices are described.
对空气阻尼进行定性和定量分析是MEMS器件设计中非常重要的一个步骤，直接影响MEMS器件的动态性能。
As air damping directly determines the dynamic performance of MEMS, it is very important to estimate the air damping effects on them in the design process.
激光器件及激光束的动态调制，目标反射系数补偿：采用半导体激光器，经过整形、准直成圆细光束。
Dynamic modulation of laser and laser bean, and offset to target reflection coefficient: laser bean is shaped and collimated to round and slender beam by using of the semiconductor laser.
从理论上给出了器件的静态响应及动态响应特性，阐述了各种参数对器件性能造成的影响。
We analyses various parameters have influence on device performance from the changes of the concentration of water molecules in the static and dynamic response process.
旋转连接器是一种自由空间动态光互连器件。
Optical rotary joint is a free space interconnection component.
作者研制的动态流量计是国内流量控制系统中所缺乏和急需的器件，已成功地应用在国产液压电梯流量反馈控制样机上。
This type of flow sensor is widely needed in the flow control systems and has been successfully used in the home-produced prototype hydraulic elevator with flow electrical feedback control system.
作者研制的动态流量计是国内流量控制系统中所缺乏和急需的器件，已成功地应用在国产液压电梯流量反馈控制样机上。
This type of flow sensor is widely needed in the flow control systems and has been successfully used in the home-produced prototype hydraulic elevator with flow electrical feedback control system.
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