虽然纳米金属丝尚属试验阶段，但是在未来他们绝对会成为环境和健康探测器上某一微小电路或者其他分子机器。
While nanowires are still in an experimental stage, they may one day be used to link extremely small circuits in environmental and health sensors or other molecular machines.
设计出传感器输入输出信号调理电路和试验台架液压激振系统、磁流变阻尼器控制器的功率放大电路。
Design the signal adjust circuit for sensor, and the power amplification circuit for the hydraulic pressure system of test platform and the controller of magnetorheological dampers.
检查电器箱接线及紧固情况，调整延时继电器及过载保护器，接通电路，试验电机转向，选择合适规格的保险丝。
Check the electrical box wiring and tighten the situation, adjust delay relays and overload protector, connect circuits, test motor steering, select the appropriate specifications of the fuse.
通过仿真与试验，设计了脉冲固体激光掩膜加工器的电源电路及控制系统，并详细地分析了它的工作原理。
Then the pulsed solid state laser power and mask machining system is designed through simulations and experiments. And the system working theory is also analyzed.
电流传感器隔离测量方法中测量电路完全与点火电路隔离，提高了测量的准确性，增强了点火试验的可靠性。
The measuring circuit of the current sensor isolated measuring method is completely isolated from firing circuit, thus the measuring accuracy and test reliability can be improved.
文中介绍了CAN接口电路设计s、JA1000 CAN控制器的初始化流程和液压综合试验台控制系统的设计。
It introduces the interface circuit design of CAN, Procedure of initializing of SJA1000 CAN controller and the design of hydraulic pressure colligation test-bed.
给出与微处理器接口的电路和试验。
The interface circuits with microprocessor and experimental results are given.
该系统由水泵试验台、传感器、信号调理电路、数据采集卡、计算机处理几个部分组成。
This system consists of: pump test bed, sensors, signal processing circuit, data-collecting card, computer processing.
介绍了用于交流传动互馈试验平台的PWM整流器系统主电路的设计及参数选择。
The paper presents the research results of the PWM rectifier system used for the reciprocal power-fed test rig.
通过对某种型号电动自行车调速控制器的剖析及试验，找出了原控制器使用过程中频繁烧坏功率场效应管的原因，研制出了一种改进型控制器电路，从根本上解决了原电路存在的问题。
Analysis and test of speed controller circuit of certain electric bicycle is performed to find out the reason for a frequent burn-out of power FET of the original controller during working.
提出了电机高速电磁离合器的几种控制电路，并进行试验分析。
Some new types of control circuits of high speed electromagnetic clutch used in electrical machine are designed in this paper.
具体讨论了H调制式惯性导航设备中利用该种电路设计进行陀螺温度控制的优越性，分析了内模控制器设计的模型，并进行了方案的试验验证。
Then it shows the advantages of the circuit used in H modulation inertial navigation system, analyses the IMC model and verifies the concrete circuit scheme.
通过对某种调速控制器的剖析及试验，找出了原控制器使用过程中频繁烧坏功率场效应管的原因，斫制出了一种改进型控制器电路，从根本上解决了原电路存在的问题。
Analysis and test of speed controller circuit of certain electric bicycle is performed to find out the reason for a frequent burn-out of power FET of the original controller during working.
建立了电力变压器在冲击试验条件下的频率依赖参数的等效电路模型。
An equivalent circuit of multi-winding transformer under the impulse voltage test condition has been worked out. The circuit parameters are frequency-dependent.
对记录器抗高过载能力进行理论分析和试验证明，从电路和结构设计方面考虑提高抗高过载能力。
Theoretic analysis and experiment prove to the anti-high over-loaded capacity of recorder, the anti-high over-loaded capacity in circuit and structure design is improved.
程控分压器是用于高电压冲击试验的二次分压器，是由单片机at89c51及外围电路组成的智能仪器。
This programmable control voltage divider is a secondary divider used for HV impulse test and an intelligent apparatus consisting of chip microprocessor AT89C51 and peripheral circuit.
该试验台的硬件主要由两部分组成：DSP主控制器电路板及主电路板。
The hardware of the system is consists of two parts: the main controller circuit board and the main circuit board.
该试验台的硬件主要由两部分组成：DSP主控制器电路板及主电路板。
The hardware of the system is consists of two parts: the main controller circuit board and the main circuit board.
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