The method which to obtain fast rising time for narrow pulse width is got;
得到了如何在窄脉宽情况下获得快速上升沿的方法；
Measurement shows that this instrument in effective for single narrow pulse.
通过测最证明，这台仪器对单次窄脉冲的测量是行之有效的。
A novel peak holding method of narrow pulse is put forward for the first time.
首次提出了一种新颖的窄脉冲峰值保持方法。
In the no carry wave UWB, narrow pulse generator is the most particular and important part.
在无载波uwb技术中，窄脉冲发生器是最重要的关键部分之一。
The invention relates to a laser spot collector with low frequency and narrow pulse for a laser transmitter.
本发明涉及一种激光发射机用低频窄脉冲激光光斑采集器。
At present, the antenna for radiating narrow pulse signal may mainly be TEMhorn, bowtie and resistive antenna.
目前用于窄脉冲信号辐射的天线主要有TEM喇叭、领结天线和加载天线等形式。
The result has dedicated that it could satisfy the process of PECM in high frequency, narrow pulse width and high-power.
实验结果表明，这种高频脉冲电源在高频、窄脉宽、大功率等方面均能满足该工艺的要求。
The problem of pins shorting advance can be solved with this technique in place of the conventional narrow pulse forming circuit.
通过对电探针工作原理的分析，提出采用宽脉冲网络源代替传统窄脉冲网络源的技术措施，以解决时常遇到的“提前导通”问题。
This paper discusses the theory analysis and circuit design of high-frequency high power source which is modulated by narrow pulse.
本文对窄脉冲调制的高频大功率源进行理论分析和电路设计。
A new method of pulse peak detection is designed and the problem that the peak of the narrow pulse is difficult to detect is solved.
采用了新颖的脉冲电流幅值检测方法，解决了窄脉冲电流幅值难以检测的问题。
To meet with the requirement of PECF finishing, pulse power source with high frequency, narrow pulse width and high current is designed.
为了满足螺旋锥齿轮等大型零件的脉冲电化学光整加工的要求，设计了高频、窄脉宽、大电流的脉冲电源。
The paper introduced that QC group through three times circulation of PDCA to achieve improving narrow pulse ick-off equipment China percent of pass.
本文详细介绍了QC小组通过PDCA的三次循环来实现提高窄脉冲截尾器国产化合格率。
A novel circuit with a narrow pulse driving structure is proposed for enhancing the noise immunity and improving the performance of wide fan-in dynamic circuits.
提出了一种利用窄脉冲发生器驱动输出级，以提高电路抗噪声能力，同时保持动态电路的高速特性的多输入动态逻辑电路。
The article gives a design scheme of linear laser receiver with narrow pulse width and large dynamic range which is proved to be effective in a practical project.
提出了一套线性接收系统的设计方案，特点是动态范围大、脉冲宽度窄。依据此方案设计出来的接收机在实用中显示出了良好的性能。
In the atmosphere, on propagation of High-Intensity lasers of high pulse repetition rate and narrow pulsewidth, the SRS will be serious because of molecular memory eff...
对于高重复率和脉宽较窄的强激光在大气传输中，由于分子的储存效应，受激喇曼散射较严重。
The necessity and possibility of compressing radar narrow pulse video signal bandwidths in a microwave information transfer sub-system of VTMS is discussed in this article.
本文讨论了船舶交通管理系统微波信息传输子系统中对雷达窄脉冲视频信号进行频带压缩处理的必要性和可能性。
In the atmosphere, on propagation of High-Intensity lasers of high pulse repetition rate and narrow pulsewidth, the SRS will be serious because of molecular memory effects.
对于高重复率和脉宽较窄的强激光在大气传输中，由于分子的储存效应，受激喇曼散射较严重。
The invention realizes three-band output, and the cavity structure can ensure high energy and narrow pulse width three-band laser output and also can reduce element damage.
本发明实现三波段输出，此腔型设计既能保证高能量、窄脉宽三波段激光输出，又能降低元件损伤。
Based on the construction of traditional flip-flop, we propose a novel edge-triggered flip-flip using one latch controlled by narrow pulse according to race-hazard of clock.
在传统触发器结构的基础上，本文提出了单闩锁结构边沿触发器设计，它通过利用时钟信号的竞争冒险产生窄脉冲控制单一锁存器以实现触发器的一次状态转换功能。
It utilizes high-tech narrow pulse high-energy technology with low heating of the magnetizing wires. It need not cool the machine to radiate heat. It can be operated continuously.
运用高科技窄脉冲高能量技术，充磁线包发热低，不需水冷散热，连续工作。
So the analysis for the DC/DC converter applied in dynamic state should be emphasized when the driving way in the floating type of the high voltage narrow pulse amplifier is studied.
因此，研究悬浮型高压窄脉冲放大器的驱动方式，就是要着重分析动态运用中的DC/DC变换器的工作状态。
For a UWB communication system, by using differential characteristic of Herz magnetic dipole antenna, the narrow pulse can be produced from the rise edge of input square-wave signal.
在UWB通信中，利用赫兹磁偶极子天线的微分特性，由输入方波的上升沿产生窄脉冲。
Firstly, the waveforms of UWB signal and their modulation modes, signal processing of receiver are introduced and compared. The method for generation of UWB narrow pulse is reviewed.
首先介绍并比较分析超宽带信号的波形、调制方式和接收机信号处理方法，讨论了超宽带窄脉冲的产生方法。
While performing the seismic modelling experiment, it needs to have tens to hundreds of kilohertz and well-distributed orientation-dependent narrow pulse acoustic wave as simulation source.
在地震模型实验中，需要获得几十至几百千赫的、方向性较均匀的窄脉冲声波作为模拟震源。
On the aspect of hardware, they include: narrow pulse and high frequency ultrasonic sensor's design, high frequency signal generator and receiver's design, high speed data completed sampling's design.
因此本文还详细阐述以下内容：硬件方面采用了高频窄脉冲信号发生及接收放大电路、高速数据采集电路；
The primary theory, the experimental methods and results to obtain narrow microwave pulse by gas breakdown are presented.
介绍了利用气体击穿获取窄脉冲微波的理论基础、实验方法及实验结果。
It is indicated that the interfacial reflection affects the parameter estimation of narrow CW pulse significantly so that some measures should be taken in practical application.
分析结果表明：界面反射对窄cW脉冲信号的参数估计有重要影响，在工程设计中应采取适当措施加以克服或补偿。
The basic conclusion is that it is an effective cheap method to obtain narrow microwave pulse through gas breakdown, and works well in HPM effect experiment.
利用气体击穿获取窄脉冲微波是提高微波效应源性能的一种较为有效的辅助手段，其费效比较低，能够较好地为当前的高功率微波效应实验服务。
The result is accord with geological sample and sediment chart, so this method can be applied on sediment classification of narrow-band pulse echo sound signal.
分析结果与地质采样结果及海图均吻合，说明本文提出的方法应用于窄带脉冲信号的海底底质分类是适用的。
The pulse amplitude of narrow band operating approaches to that of broadband operating, it means that, the energy loss caused by narrowing spectrum is only a few.
窄带运转的脉冲幅度接近宽带运转，这意味着由于谱线压窄引起的能量损耗不大。
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