下个部分，关于当前有限的推进电路，包括实用高性能激励电路。
The next section, on current limited drive circuitry, covers practical high-performance drive circuits.
介绍了一种电流激励神经信号再生电路，该电路由探测电路和激励电路组成。
A current stimulation neural signal regeneration IC which consists of a detecting circuit and a stimulating circuit is presented.
讨论了DC/DC直流变换器的自启动、自激励电路的设计原理，对实际电路进行了制作和调试。
This paper introduces design principle of automatic switch on and automatic driver of DC/DC converter. The circuit is maked and adjusted.
超声内窥镜成像系统主要由超声探头激励电路、回波信号接收处理电路、同步控制电路、接口电路以及计算机构成。
The Ultrasonic Imaging System is made up of probe excitation circuit, receiving and processing circuit, synchronous control circuit, interface circuit and computer.
设计一个智能调试系统，该系统主要由带机械手的调试台、示渡器、激励电路、检测电路、控制电路、显示电路和MCU等要素组成。
An intelligent debug system is designed. The system mainly is composed of debugging platform with manipulator, oscillograph, driver circuit, test circuit, control circuit, display circuit and MCU.
同时利用CMOS多谐振荡电路产生窄脉冲电流序列对前面处理过的非晶带进行激励，制作成灵敏度高、稳定性好、功耗低的弱磁场传感器。
A sensitive, stable and low power consumption magnetic sensor is constructed using a CMOS multivibrator circuit, in which a sharp pulse train current is applied to the treated amorphous ribbon.
行激励级电路的设计是完全为行输出级服务的，它实质上是行输出级电路设计的一个重要而不可分割的组成部分。
The design of horizontal driving circuit serves completely the performance of horizontal output stage and it is actually an important and inseparable part of the horizontal output circuit design.
在时序电路的RTL激励生成中，基于模拟的方法避免了帧扩展法庞大的搜索空间，但采用该方法常存在向量过多，质量不高等问题。
In pattern generation for sequential circuits at RTL, simulation-based methods avoid the large search space used in time-frame expansion methods, but the quality of patterns cant be guaranteed often.
在系统理论中，付里叶分析与付里叶变换的工具使我们能够对一个线性时不变系统在正弦激励下的响应进行分析，比如一个电路对正弦输入下的响应。
In the theory of the system, the tools of Fourier analysis or Fourier transform enable us to analyze the response of a LTI system, such as a circuit, to such sinusoidal inputs.
本文介绍了一种可带容性负载的高电压、高频响激励电源的设计方法及相应的实现电路。
This paper introduces a design method and circuit of power supply with high voltage and high frequency response for driving capacitive load.
本文研究在正弦电源激励下的二阶电路中的非线性动力学性质。
The paper makes a study of nonlinear dynamics property of second - order circuit stimulatedby sine-wave POwer.
本文给出了激励源和加载网络统一的普遍电路模型；
This paper presents a general circuit model unifying the exciting sources and loaded networks.
分析了正弦激励下的RLC电路作为脉冲功率电源的可能性。
Under sinusoidal excitation, the feasibility of utilizing RLC circuit as the impulse power source is analyzed.
研究了线性容差电路的K故障模糊屏蔽诊断中最优激励的获取方法。
A method to obtain optimum excitation in K fault fuzzy screen diagnosis for circuits with tolerance is studied.
应用四要素法对周期信号和非周期信号激励的一阶电路作了较详细的分析；
The traditional three factors method ford-c first-order linear circuit is only one special example of the new method being discussed.
在此基础上建立了射频激励CO_2激光器放电气体等效电路，为射频电源的成功研制准备了必要的条件。
Based on the analysis and study, the RF excited CO_2 laser of discharging gas equivalent circuit can be designed and provide the essential condition of the RF power.
本文在分析LR电路过渡过程的基础上，讨论了以特定激励源实现变压器绕组电阻零时间常数测量的方法。
On basis of LR circuit transition process analysis, the paper describes measuring method of zero time factor for transformer wire-wound resistor with specific exciting supply.
电缆内芯激励起的瞬态电流和电压响应可能会降低电子器件和电路的性能，甚至会完全毁害敏感的电子设备。
The transient induct current and voltage through the inner core can reduce the performance of electronic devices and circuits, and even completely destroy the sensitive electronic equipments.
在周期性方波激励下，电路中产生衰减振荡波形。
If the pumping signal is the periodic square wave, the damped oscillation wave will be generated in the circuit.
导出了DT触发器的激励表，提出了应用DT触发器的时序逻辑电路的设计方法，并给出了设计实例。
In this paper, DT flip - flop excitation table is developed, the design method of sequential logic circuits using DT flip - flop is presented, and the design example using the method is given.
音频检测系统主要由脉冲激励装置、音频传感器、信号调理电路、数据采集卡和微型计算机等部分组成。
The audio frequency inspection system is mainly composed of the impulse excitation device, acoustic sensor, signal conditioning circuits, data acquisition card and micro-computer and so on.
设计并实现了激励脉冲发射电路、滤波、信号放大、电压比较、检波等信号处理电路。
The interrogation pulse, filter, signal amplifier, voltage comparator and the signal processing circuits are designed and realized.
微处理器是一种较为特殊的电路，它可不需要外加激励而依靠程序存储器自行运转。
Microprocessor is one kind of comparatively special integrated circuit. It can run merely relying on the programs in its memory without any external stimuli.
该方法之关键在于直接从时序电路的状态转换图（STD）获得J-K、D和T触发器的激励方程式。
The crux of this method is that excitation equations for J K, D and T flip flops are obtained directly from the state transition diagrams(STDs).
用电路方法模拟了控制光强度以及外部激励信号的特征参数对FLCOASLM响应速度的影响。
Then the effect of control light intensity and characteristic parameters of drive voltage on the response velocity of FLC-OASLM is simulated and analyzed.
从电路噪声的角度分析了直流充放电法和交流激励法电容测量技术的性能，得出交流法在增加电路复杂度极小的条件下，可获得较高的电容分辨率。
The DC charge based and ac based capacitance measurement technologies are analysised from the point of noise performance, which is the key factor to determine the resolution of measurement.
一阶电路在任意激励下的零状态响应，既可以用卷积积分法，也可以用三要素法进行分析与计算。
The zero state response to an arbitrary excitation in a fist order circuit can be solved by either the convolution integral or the three element method.
介绍了三相步进电机的工作方式，给出了双激励三拍与三相六拍步进电机控制器用GAL电路进行设计的方法。
This paper has introduced the working ways of three_phase stepping motor; mean while, it has provided a method of designing GAL circuit for double tri_beat and three_phase six_beat stepping motor.
该电路采用分立元件设计激励信号，降低了系统成本，具有动态测量范围宽、灵敏度高等特点，已成功应用于电容层析成象系统的测量中；
The circuit has good characteristics of widely dynamic range, high sensitivity and low cost by designing generator by self. It has been applied to ECT system.
该电路采用分立元件设计激励信号，降低了系统成本，具有动态测量范围宽、灵敏度高等特点，已成功应用于电容层析成象系统的测量中；
The circuit has good characteristics of widely dynamic range, high sensitivity and low cost by designing generator by self. It has been applied to ECT system.
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