激励电路

词组短语

driver circuit · driving circuit · drive circuit

与激励电路相关的网络例句 [注：此内容来源于网络，仅供参考]

First, ringing can drive voltage and current waveforms outside the forward biased and reverse biased safe operating areas of the power switches causing device reliability degradation or near instant failure of the power semiconductors and other components.

LCL-816G 传感器模型是由四个电阻元件组成的桥，需电压激励。将5V 激励电压加在传感器高端，施加900g 最大激励时，满刻度输出摆幅为±10mV 差分信号。该小差分信号被双运放仪表放大器放大。根据电路精度要求，选择一个12位 A/D 转换器。

Further, we describe the origin of Crystal Oscillator's phase noise and phase jitter, also list a variety of its contributors. Secondly, we make an in-depth study and analysis in allusion to the given oscillatory circuit-Butler common base harmonic circuit.

然后针对特定的振荡电路结构-串联型巴特勒共基振荡电路-进行深入的研究和分析，并对主振电路中主要的噪声源-三极管进行的深入分析，包括激励对三极管及晶体的影响。

It is also used to generate SPICE stimulus waveforms for these special sequential logic circuits quickly according to user's logic parameter specifications, as can speed up the logic parameter extraction process and guarantee a proper SPICE simulation waveform for the logic extraction.

提出了对具有反馈信息的时序逻辑电路进行逻辑参数提取时用于SPICE模拟的激励波形自动生成方法，该方法能根据用户指定的要提取的时延参数要求，很快产生这种时序逻辑电路的模拟激励波形，从而可以加快逻辑参数的提取过程，保证参数提取激励波形的正确性。

A new type of resonant viscosity vacuum gauge based on the electrostatically excited silicon micromechanical resonators is developed in Chapter 6, that will measure pressure over the range from 1 Pa to 1. 33E3Pa. The theoritical analysis and the experimental results are presented.

最后，在闭环恒幅驱动电路的基础上进行了静电激励微谐振器应用于真空测量的研究，分析了静电激励谐振式真空传感器的原理及其对电路设计的要求，在此基础上实现了一种新型谐振型粘滞性真空计。

The discharge characteristics and electrooptic pulse shapes of the two excitation circuits have been analyzed and compared both experimentally and theoretically.

在钡激光器上，对一种新型相互作用的激励电路作了实验研究，结果表明，激光功率比采用Blumlein电路提高100%左右。

Some methods aiming at the two problems have been researched. First, the optimal number of ATE site can be calculated based on a cost model of DAT-ATE. Second, the problem of test schedule which is equitant with two-dimensional Bin-Packing problem is presented. Then a TCG denotation satisfied with T-admissible rule is more convenient for combinational optimization. With Simulated annealing algorithm, better test scheduling results can be achieved; but there is no great optimization space because the efficiency of scheduling is greater than 90%. Third, A novel test compression method——Multi-capture testing is proposed to compress the stimuli. And the ATPG results show that MC achieves high compression ratio which is greater than 90% in some large-scale circuits. MISR, widely used in LBIST, is employed to compress the responses. The aliasing analysis demonstrates that the fault coverage reduction is little due to the existence of aliasing. Fourth, an improved TIC (called S-TIC) aiming at structured test is proposed based on ARM's TIC. A MC scheduling algorithm is proposed to compute the SoC test time and combine MC vectors to SoC test vectors. The scheduling results shows that test time is greatly reduced when using the proper scheduling priority.

首先，给出了低成本ATE的成本模型，根据此模型得到最低测试成本时系统级测试调度的基本参数——测试Site数；其次，本文将DAT-Scan方式的SoC测试调度等价为两维BP问题，为有效地求解该问题，将该BP问题表示为TCG图并通过模拟退火算法解决其求解过于复杂的问题，调度的结果表明该方法在测试时间上有一定改善，并指出DAT-Scan测试调度效率已经大于90％，进一步优化的空间较小；第三，本文尝试通过测试压缩来解决激励所需的测试带宽，提出了Multi-capture结构并解决了MC测试过程中的&矢量&退化问题，MC测试的ATPG结果表明其测试压缩率很高（大电路接近90％）；第四，在激励获得很高压缩比的情况下，测试响应也需压缩，本文采用LBIST中常用的MISR作为MC测试的响应压缩电路，理论分析和实验结果都证明了MC测试的别名对故障覆盖率影响较小（小于2％），并对两类别名的成因做了具体分析；第五，在MC测试及其响应压缩的基础上，本文改进了ARM公司的测试控制器TIC使之适合于MC测试，为了解决MC测试矢量合成问题，本文抽取了MC测试模型，通过固定优先级的MC测试调度模拟将MC矢量合成为ATE矢量，并模拟出了总的MC测试时间。

The main advantages of this new design included absence of polarization effect at electrodes and high speed data acquisition due to the simplified filters design. Based on the linear back projection image reconstruction algorithm, a modified LBP method was developed for this ERT system.

该系统采用双极性脉冲电流源为激励电极对提供激励信号，避免了直流激励造成的电极极化效应，同时简化了滤波电路的设计，相对于常规的交流激励ERT系统显著提高了数据采集速度。

The experiment results show that 0.5nT perming error can be achieved for 10mT shock.

实验结果表明：采用本文激励电路，在10mT的磁场干扰后，磁通门的剩磁误差为0.5nT。

There are three parts in this system such as high-power RF Auto-follow circuit, radio tube RF high-handed monofier, and monitor and show circuit.

该系统主要包括大功率射频激励电路、电子管射频高压振荡电路及监控与显示电路3部分。

The characteristic of this paper is that high-power RF Auto-follow circuit is introduced in this system. RF Auto-follow signal produced by high-power RF Auto-follow circuit is provided to radio tube RF high-handed monofier, and it is adjusted reliably using negative feedback to track the running of all of the system.

引入大功率射频激励电路是该系统的一大特色，它产生的射频激励信号提供给电子管射频高压振荡电路，并用负反馈跟踪整个系统运行，调整射频激励信号，使整个系统运行稳定可靠。

与激励电路相关的网络解释 [注：此内容来源于网络，仅供参考]

cutoff：截止

TDA6103Q{5}脚为暗平衡检测控制端,改变{5}脚直流电位可以调整R、G、B束流截止电压,由于在TDA6103Q的前级增设了白平衡调整控制电路TA8889AP,R、G、B截止(CUTOFF)和激励调整(DRIVE)是CPU通过I2C BUS输送软件设置数据在TA8889AP 内完成的.

driver circuit：激励电路

driver cabin 操纵室司机室 | driver circuit 激励电路 | driver gear 传动齿轮

driver circuit：激励电路,主振荡线路

driven system | 传动系统 | driver circuit | 激励电路,主振荡线路 | driver motor | 拖动电动机

power driver circuit：功率驱动器电路

power driver 功率激励器,机动打桩机 | power driver circuit 功率驱动器电路 | power drum 卷料机,卷料机,动力卷筒

EXP：指数

独立电源是指馈电或激励电路的各种直流、交流电源以及时域信号源,如正弦(SIN)、指数(EXP)、脉冲(PULSE)、分段线性(PWL)及调频(FM)源等. 上述独立电源包括电压源和电流源. 在PSPICE中,这些独立电源均被当作理想电源作用于电路.

monochromatic light：单色光sjG中国学习动力网

monobrid circuit 单片混合电路sjG中国学习动力网 | monochromatic light 单色光sjG中国学习动力网 | monochromatic pumping 单色激励sjG中国学习动力网

harmonic oscillator：谐波振荡器

振荡器主要可以分成两种:谐波振荡器(harmonic oscillator)与弛张振荡器(relaxation oscillator). 能将直流电转换为具有一定频率交流电信号输出的电子电路或装置. 种类很多,按振荡激励方式可分为自激振荡器、他激振荡器;

predrive：预驱动 前级激励

predrier 预干室 | predrive 预驱动 前级激励 | predrivecircuit 前置驱动电路

tri-state logic circuit：三态逻辑电路

tri-rotor pump 三转子泵 | tri-state logic circuit 三态逻辑电路 | tri-tet exciter 三极四极管激励器

transistor equivalent circuit：晶体管等值电路

transistor driven 晶体管激励的 | transistor equivalent circuit 晶体管等值电路 | transistor flash-light meter 晶体管闪光仪